Quacent’s mission is to provide its customers with Best Product Solutions for constructing energy efficient buildings,
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Structural Insulated Panel
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Light Gauge Steel Truss
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Vacation House
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Commercial Building
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', '', 1, 9, 0, 58, '2009-03-19 06:49:16', 62, '', '2009-03-23 08:45:27', 62, 0, '0000-00-00 00:00:00', '2009-03-19 06:49:16', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 37, 0, 1, '', '', 0, 160, 'robots=\nauthor='),
(153, 'Panel and House Kit', 'panel-and-house-kit', '', 'Quacent’ SIPs Building System is predicated on the “panelized philosophy, therefore creating the structural shell out of a few large pieces rather many small time consuming components. Saving time and money both very valuable resources to any construction project.
We provide the following products to our world-wide customers.
1.SIPS Panel- for Wall or Roof (Structural or un-structural)\r\n
Based on our world collaboration system, we work closely with our customers to provide the fully prefabricated house kit which include all the parts and accessories for a house. The format of the house will be either panelized or modular depends on the location of the customers. Our full prefabricated house kit will greatly save the purchasing time, on-site labor cost and material cost.
Our Prefabricated House kit include the following: \r\n
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Full engineered Structural Insulated Panels for wall and roof including all SIPS accessories such as Spline, Foam, Sealants, Screws, SIP tools.
IRC''s Canadian Construction Materials Centre (CCMC) has just evaluated a product that gives builders in Canada another option for walls and roofs: a single-rib structural insulated panel (SIP) system rather than the currently available multiple-rib structural systems (at conventional spacings of 400 mm or 600 mm). More and more, builders are considering the use of SIP systems because they combine the structural system, wall and roof sheathing, and insulation in a single step.
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Developed by Plasti-Fab of Calgary, Alberta, the PlastiSpan SIP system brings the Canadian building market one step closer to offering pure SIP systems that use no ribs. The system consists of a 7/16" oriented strand board (OSB) bonded to both sides of an expanded polystyrene (EPS) insulation core. It incorporates single structural ribs at the panel edges, every 1200 mm, with a specific nailing schedule (see figure). The structural ribs are made of 2x4s for the wall panels and of either 2x10s or prefabricated wood I-joists for the roof panels.
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STRESSED SKIN PANELS WITH STRUCTURAL RIBS ARE USED FOR BOTH WALLS AND ROOFS IN THESE HOUSES
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CCMC''s evaluation confirms that the structural reliability of the PlastiSpan SIP system is equivalent to the structural design principles of CSA O86, the engineering design code for wood. The panels also meet the air leakage requirements described in the National Building Code (NBC), as well as the vapour diffusion control requirements when there is painted drywall on the warm side of the wall assembly and vinyl siding on the cold side.
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In addition, CCMC''s report looks at the use of the PlastiSpan SIP system without structural ribs in post and beam or timber frame construction (see photo). The report confirms that the wall tables and roof span charts produced with Plasti-Fab''s reliability-based model are accurate and comply with the intent of the NBC. It also confirms the system''s seismic performance relative to conventional wood-frame shear walls.
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\r\nPLASTISPAN SIP SYSTEM WALL PANELS\r\n
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One of the limitations noted in the report concerns roof applications: if the top OSB layer becomes wet during construction, it must dry before installing the low-permeance roof cladding to reduce the risk of trapped moisture. Thus, in SIP construction, there must be extra attention to detail to ensure that drying can occur. In conventional roof construction, trapped moisture is less of an issue because the sheathing can dry toward the attic space. Of course, it is always considered standard good practice for all wood-based products to prevent excessive wetting in the first place.
Structural Insulated Panels (SIPs) achieved a major milestone in their history May 22, 2007 when the International Code Council (ICC) voted to adopt the building system into the International Residential Code (IRC), Section R614. Builders wishing to use SIP walls in residential projects in jurisdictions that have adopted the IRC will not need to show equivalency to the IRC through additional engineering. SIP walls are included in the IRC for buildings that are no greater than 60 feet in length, 40 feet in width, and two stories high.
\r\n', '\r\nApproved SIP wall panels are 4 1/2 inches and 6 1/2 inches thick and up to 10 feet tall. According to the Structural Insulated Panel Association, the organization that championed SIP adoption into the IRC, the building site must be limited to a maximium design wind speed of 130 mph Exposure A, B, or C; a maximum roof snow/live load of 70 psf; and Seismic Zones A, B, and C. A registered ICC-ES evaluation report will not be required of manufacturers of SIPs for applications within the parameters of Section R614, which requires that all SIPs be made under a quality control program approved by a third-party quality assurance agency accredited by the International Accreditation Service. Each panel produced must bear a certificate of inspection or stamp of the approved quality assurance agency. For more information, visit www.sips.org\r\n
', 1, 6, 0, 55, '2006-10-08 23:32:45', 62, '', '2009-03-19 03:28:55', 62, 0, '0000-00-00 00:00:00', '2006-10-07 06:00:00', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 20, 0, 2, '', '', 0, 66, 'robots=\nauthor='),
(19, 'New Housing System (SIP) To Get Shaken Up in Earthquake Test at Cincinnati Lab!', 'joomla-overview', '', '
"Sustainable" House Holds Up Through Strongest Earthquakes in Live Test
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The "sustainable" house design being studied by the FAS Housing Technology Project will stay intact even when it is shaken by forces larger than the strongest known earthquake. This was the result of a live shake table test held on January 19 at the Trentec laboratory in Cincinnati, Ohio.
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Coming soon after the devastating December 26 tsunami that swept across South Asia, the successful test aroused wide interest in this new technology. The design has already been shown to be cost-effective and safe in fire and wind. It is also environmentally friendly because it uses no wood. FAS considers it could provide earthquake-resistant, energy-efficient housing at very low cost to millions living in seismically active regions such as Indonesia and Afghanistan. (FAS Public Interest Report, Fall 2004 p.10)
\r\n', '\r\nThe two-story model unit stayed fully intact through the strongest earthquake-like shaking in three dimensions.\r\n
The Discovery Channel was on hand shooting live. The test team was interviewed as the forces were made stronger. Rachel Jagoda, FAS Housing Technology Project Manager, H.H. "Hoot" Haddock of Thermasave Corporation of Florence Alabama, and Gary Chapman of Trentec, waited to see if it would fail - or at least bend - on the next round. FAS co-sponsored the test with Thermasave, which supplied the panels and the novel construction system.
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Even though it uses no braces or framing, the structure remained fully intact to the delight of the test team. Jagoda said afterwards, it "showed that a home built from these materials would have survived the most severe earthquake ever recorded. It demonstrates that homes can meet the most rigorous seismic standards without increasing cost. In fact the structure is less expensive to build than standard 2''24'' framed construction and much more energy efficient."
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"This test is the last of a series proving that these inexpensive composite panels can be used to build homes that are safer, less expensive to build and operate and more comfortable than conventional home construction," said Henry Kelly, FAS president. The system has been certified by the International Code Council and can be used for homes in the United States. FAS will use the technology to build an elegant home in Houston this summer, demonstrating that it is compatible with the highest standards of U.S. architecture.
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Discovery''s segment ran on "Daily Planet" on February 18 (link is at www.fas.org). The Christian Science Monitor wrote "now, a group of scientists hope to convince poor residents of seismologically active areas to replace their mud huts with foam homes."
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The Cincinnati Enquirer noted that the first test was "equivalent to the San Francisco earthquake of 1989." In the last test "the simulator shook the house with a force of 5Gs (or five times the force of gravity) in three directions simultaneously." The paper quoted Trentec''s Chapman saying: "After 1 G it''s like throwing the house up in the air. We were basically trying to make it fly, and it held together. That''s good stuff."
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Haddock has refined the expanded polystyrene panel system for two decades. Afterwards he told the Enquirer: "There was no damage and we just simulated an earthquake beyond any in the history of the world. So I''d say I''m quite happy. It''s taken me 20 years to get to this point."
Sustainable house is intact after shakeup simulating Earth''s strongest earthquake Two-story test house on the shake table at the Trentec Inc. laboratory in Cincinnati, Ohio. The house walls, floor and roof are made from expanded polystyrene panels cladded with cement board, which fit together without wood framing or braces. The house remained fully intact after being shaken up harder than the strongest recorded earthquake, in a test on January 19, 2005. This housing system is certified for building in the United States, where a number of structures have been built. Since the system is also cheap and energy efficient, the Federation of American Scientists (FAS) is researching its use in earthquake prone regions like Afghanistan. The non-profit FAS will have a demo home built in Houston, Texas, this summer to get this cheap, energy efficient technology better known. Photo Credit: Rachel Jagoda
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For high resolution image go to www.fas.org. Select "Sustainable Housing" and click on "Housing Technology Image Gallery."
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For more information, call Henry Kelly at the Federation of American Scientists, 202-546-3300. For background on the project go to www.fas.org. On left of page select "Housing Technology."
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', 1, 6, 0, 55, '2006-10-13 07:49:20', 62, '', '2009-03-20 00:55:09', 62, 0, '0000-00-00 00:00:00', '2006-10-07 10:00:00', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 30, 0, 1, '', '', 0, 222, 'robots=\nauthor='),
(20, 'The 104th Session China Import And Export Fair (Canton Fair)', 'the-104th-session-china-import-and-export-fair-canton-fair', '', 'The 104th China Import and Export Fair runs from October 15 to November 6. It is viewed as the barometer of Chinese exports and imports. Events will be held for 15 days compared to previous fairs which ran for 12 days, said Mu Xinhai, the fair spokesman. That''s not the only change to the fall fair. It is being held at the Pazhou Complex which is larger than the Liuhua Complex where the ever-expanding fair had been housed since 1974. According to Wen Zhongliang, director of the fair''s business office, there are 53,000 booths at the fair which is 10,000 more than the previous session. Booths were rented by 22,000 businesses, 3,000 more than in the spring. \r\n', '\r\n
The Japan Home and Building Show 2008 is the largest building materials trade show in Japan with an expected 1,200 booths and 95,000 visitors from over 20 countries. The show provides exhibitors, architects, homebuilders and buyers an opportunity for personal interaction as well as the chance to view the latest trends in building materials
Pre-engineered buildings offer cost effective ways to design energy efficient construction. Our sales staff can develop many types of "Energy Star Rated" commercial buildings: from gymnasiums to office buildings Choose from Solid Core or Post Frame Construction, Quacent manufactures the building: trusses, floors, walls, columns, headers and complete structures.
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Solid Core Buildings
Structural Insulated Panels join high performance rigid foam insulation to Oriented Strand Board (OSB) or plywood. The thickness of foam are adjusted to increase R-Value. As labor sources become more scarce and costs increase in the future, building with Structural Insulated Panels will become the preferred building system. Exterior and interior facings are shown with standard OSB is used. Drywall is field applied as needed. The first Solid Core type construction in the world was made in 1935 and the buildings are still in use today, nearly 70 years later.
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\r\n Post-Frame Building Systems (Curtain Wall system) \r\n
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Roof Trusses are pre-engineered, designed and certified to accommodate either commercial or agricultural snow loads for your specific requests.
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Fully Engineered- Designed in accordance with requested load requirements.
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Economical - Significant savings in construction time and material make Quacent post frame building systems the most economical type of construction available in the entire world.
If you want to find out more about Quacent Homes you can use the following information or fill in our online enquiry form. We can discuss your project and you can. We look forward to hearing from you.
\r\n SALES & GENERAL ENQUIRIES \r\n\r\n
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Manufactory: Dalian (China)
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Phone:
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86-0411-87187755
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Fax :
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86-0411-87187757
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Email:
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info@quacent.com
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Sales Department
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Mr.Jason
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(English)
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Tel: 86-0411-87187755 ext 607
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Email: jason.quacent@gmail.com
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Mrs. Lida
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(Russian)
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Tel: 86-0411-87187755 ext 612
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Email: lida.quacent@gmail.com
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Mailing Address:
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IA-14, Warehousing & Processing Area, Dalian Free Trade Zone P.R.China
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Postcode:
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116600
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Sales branch: Montreal (Canada)
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Phone:
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1-514-906-7411
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Fax :
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1-514-906-7433
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Email:
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info@quacent.com
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Mailing Address:
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PO Box 1207 rue Begin, St-Laurent, Montreal,QC. Canada H4R1X1
A printed copy of Quacent''s Construction Guide is provided with every project.
The construction guide will walk you through the details of building an Quacent Structural Insulated Panel home. To become familiar with the construction of the Quacent building system, the builder must throughly read the construction guide before beginning construction.
* Please click here to download Adobe Acrobat Reader to read our guide if you can not open our document.', '', 1, 8, 0, 37, '2009-03-09 11:49:26', 62, '', '2009-03-19 04:34:05', 62, 0, '0000-00-00 00:00:00', '2009-03-09 11:49:26', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=0\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=0\nshow_create_date=0\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 15, 0, 4, '', '', 0, 38, 'robots=\nauthor=');
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(56, 'Oak Ridge Study', 'oak-ridge-study', '', 'News Release from April 4, 2002 \r\n
New Oak Ridge Tests Verify SIP Performance Advantage
Test Room With Four-Inch SIPs Blows Away 2x6 Fiberglass Construction in Controlled Side-By-Side Lab Test
"SIP room 15 times less leaky" - Oak Ridge report
A SIP test room has significantly outperformed a 2x6 stick-framed and fiberglass-insulated wall in controlled testing under identical laboratory conditions at the government''s Oak Ridge National Laboratories (ORNL). Results from a carefully monitored and instrumented study in Oak Ridge''s climate simulation laboratory showed that SIP construction can be far more airtight than stick-frame construction. "We can put a number on it," says SIPA Executive Director Bill Wachtler. "When it comes to stopping air infiltration and exfiltration, a properly sealed SIP building is almost 15 times better than the competition."
Outstripping the test equipment. The test setup created identical climate conditions for both rooms and measured both the airtightness and the heating energy requirement of the two rooms. Under blower door testing, a room with four-inch SIP walls, a SIP ceiling, a window, a door, prerouted wiring chases, and electrical outlets showed almost 15 times less air leakage than an otherwise identical room built with 2x6 studs, OSB sheathing, fiberglass insulation, and drywall. In fact, the SIP room was too tight for normal use of the blower door. The test protocol calls for the room to be depressurized in a range of 15 to 50 pascals of pressure, but Oak Ridge reported that "we were unable to go below 75 pascals because the SIP room was so airtight." At 50 pascals of negative pressure, the stick-built room leaked 126 cubic feet of air per minute (CFM), while the SIP room would have leaked only 9 CFM.
Extraordinarily airtight. "The CMF50 for the SIP test room was almost 15 times less leaky than that measured in the wood-frame," says the Oak Ridge report. "By comparison with the wood-framed room, the SIP room is extraordinarily airtight. These results show that, with care, a very nearly airtight construction is possible with SIPs." "The test results can be reliably extrapolated to the real world," notes the Oak Ridge study. Lab test results for the stick house very closely track the data from actual stick houses. While Oak Ridge did not have data from SIP houses to compare to the SIP test room, blower door testing data in SIPA''s possession indicates that SIP houses can readily achieve natural air change rates under normal atmospheric conditions of around .05 air changes per hour (ACH), compared to a typical stick-house values on the order of .5 to 1 ACH.
Airtightness relates directly to durability. An integral part of the SIP building system is properly sealed joints. One reason for the high performance of the SIP test room is that the joints were properly sealed. When panel jointes are sealed properly to prevent air infiltration and exfiltration, moisture is prevented from entering the building envelope and long-term durability is ensured.
Surprising energy savings. Perhaps more significantly, the room with the 4-inch SIP walls used .9% less heating energy than the stick-built room under identical conditions (an indoor temperature of 70 degrees F and an outdoor temperature of 0 degrees F). Those results were verified by continuous monitoring of temperature and heating system data. R-values are deceiving. The implication is that building with 4-inch SIP walls, in addition to providing far superior airtightness, would more effectively meet energy code requirements than building with 6-inch stick walls. "People look at the insulation R-values for a six-inch stick wall (R-19) and a four-inch SIP wall (R-15), and they think the stick wall is four points better," says SIPA director Bill Wachtler. "But these tests prove that the stick wall is really 10% worse. Let''s stop making false comparisons between the two systems. It''s time to change the energy rating systems and the energy codes to reflect the true performance of SIPs."
SIP walls are competitive with stick framing. According to Mike Bryan of Premier Building Systems, this fact means builders can be competitive using SIPs. "Cost comparisons are often based on six-inch SIP walls versus 2x6 walls. But now we see that you can beat 2x6 walls energy-wise with a 4-inch SIP wall. And cost-wise, if you compare a 4-inch SIP wall with a 6-inch stick wall, SIPs are competitive," says Bryan. "Especially when you take into account the labor savings with SIPs, or savings on things like extension jambs and wider trim." In addition, 4-ich walls create two inches of usable space at the room perimeter compared to a 6-inch wall, which can ad up to 50 or more square feet on a whole house. "Using a SIP wall buys you space for an extra closet or even a bathroom," notes Bryan. Time to revise energy rating methods. the Oak Ridge testing confirms the observations from real-world measurements of identical whole houses built with SIPs and stick framing. For instance, in 1998, three identical Habitat for Humanity houses were built in Plains, Georgia. Two houses used SIP walls and roof, while the third house was built with standard stick framing and fiberglass insulation. All three houses were monitored by scientists from the Florida Solar Energy Center (FSEC).
Real-world SIP house saves 25%. "The three houses were intentionally built with their calculated energy performance (HERS score) similar to each other (all three had HERS ratings of about 83)," reports FSEC. "The frame house featured energy-related details that resulted in 5.3 air changes per hour at 50 pascals (ACH50). With the home''s whole-house fan cover installed, the ACH50 dropped to 3.9, very good for frame construction. However, testing results revealed much better performance in the SIP (Figure 1) houses with a measured ACH50 of 1.8. Considering the average indoor-outdoor temperature difference of 30 degrees F, the SIP houses saved 25% (on heating energy) compared to the frame house (during December and January 1998-1999)." The trouble with HERS. What''s wrong with this picture? Obviously, the identical HERS ratings did not reflect the true differences between these houses - the ratings underestimated the actual energy-saving value of building with SIPs. Congress authorized the development of the Home Energy Rating System (HERS) so that homeowners could easily make comparisons between construction methods based on a simple numerical rating, without having to understand the construction details. The idea is to provide the market with accurate information so that the market can make wise choices. But, these identical houses received the same energy rating, even though the SIP house proved to use 25% less energy. With that real-world performance, the SIP houses deserve a HERS rating of 87, not 83. Clearly, the HERS rating, as applied in this case did not meet the intent of Congress - the identical ratings would not have helped the potential homebuyer to know the SIP house was, in fact, a better energy buy.
Everyone needs a place to call home. To many home buyers, the purchase of a home represents the largest financial investment in their lives (Avi Friedman, Homes within Reach). But to many, buying a well built and energy efficient house is out of reach. It doesn’t have to be this way. Instead of building the house on-site, prefabricating the house in a factory and shipping them to the site for installation can greatly save the cost of material and labor, resulting in improved quality and a much shorter construction time. The result is indistinguishable from a traditionally built house - but the quality is often better.
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There are many approaches to prefabrication. One approach, using Structured Insulated Panels (SIPS), has been around for many years. However, the initial cost of this approach - typically about 10% above a traditional ''stick-built'' house - has been a barrier.
SIPS (Structural Insulated Panels) are high-performance building panels for floors, walls and roofs in residential and commercial buildings. Each panel is typically made by laminating expanded polystyrene (EPS) between two structural skins of oriented strand board (OSB) or fiber cement board. SIPS are strong, energy efficient, and cost effective.
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Dalian Quacent, invested by Canadian, has set up the first professional SIPS manufacturing line in China to provide SIPS panels to builders and contractors worldwide. We have used the best available technology and stringent quality control methods to produce the best panels available anywhere.
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Quacent can provide not only the SIP panel, but also fully prefabricated house kits using SIPS that meet or exceed technology & code requirements in both Canada and the United States. The format of the houses can be panelized or modular depending on the location and customer. All the panels are pre-engineered and can be easily set up on site which greatly reduces the onsite labor cost and material waste. Our all-in-one house kits include all the standard parts for a house including SIP framing, doors, windows, flooring, kitchen cabinets, bathroom fixtures, etc., based on our strong supply chain management system. The house plan can be selected from our list or totally customized.
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At Quacent, we make house ownership more affordable and we aim to be a world wide leader in the prefab housing industry. Please contact us to see how we can help you.
Panel and House Kit Quacent’ SIPs Building System is predicated on the “panelized philosophy, therefore creating the structural shell out of a few large pieces rather many small time consuming More...
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History The first SIP structure was built in 1935 by the US Forest Products Laboratory. The introduction of an automated panel press and the energy price hikes in the 1970''s, More...
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Builder Benefits Faster Construction - SIPs combine structural framing, insulation, and sheathing into one step which allowing builders to frame more projects per year. A sill plate is installed, and More...
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Homeowner Benefits Energy efficiency - by far the biggest benefit of the SIP system. SIPS home can save 40% to 60% on heating and cooling costs - forever! The perimeter of a SIPs home is wrapped More...
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SIPs vs. Conventional Framing To compare the cost of SIPs to stick-frame construction is not an apples-to-apples comparison. Stick construction cannot compete with the thermal efficiency or superior More...
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Quacent vs. Other Panelizers Quacent offers the MOST FULLY CUSTOMIZED SIPs on the market. More...
Faster Construction - SIPs combine structural framing, insulation, and sheathing into one step which allowing builders to frame more projects per year. A sill plate is installed, and the insulated panels are "tilted" into place and secured. All window and door openings are done at the factory, completed with 2x framing and headers. The fast enclosure system also extends your building season.
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Less Framing Labor - The pre-built nature of the SIP system requires fewer framers. Today fewer people are choosing building trades as a career, if this trend continues the labor rate for framers will go on increasing. Building with Quacent SIPS requires less on site labor - saving you money.
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Less job site waste - Another benefit of SIPs is the reduction of job site waste, reducing the cost of waste disposal. Wood products usually account for 35% of job site waste while presut SIPs is less than 3%.
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Less material theft - Almost every builder has experienced job site material theft. It''s much more difficult for panels to grow legs and walk off your job site than it is for lumber to disappear - along with your profit margin.
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Fully Customized - SIPs also reduce the margin for framing errors. Each panel is numbered to correspond with a computerized CAD panel blueprint. With the Quacent system, all rough openings are cut and framed at the factory, including structural headers. Panels are built to the engineer''s specs, taking the hassle and guesswork out of design and quality control on-site. Maintaining a consistent profit margin becomes easier with SIPs.
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Strength - Could your truss roof support a lot of peoples?
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Stick-framing relies on the integrity of a multitude of connection points between 2x''s and sheathing. With SIPs, loads are distributed across the entire panel due to the continuous bond between the sheathing and rigid insulation. A structural insulated panel can be compared to an I-beam, with the sheathing acting as flanges and the insulation as the web. A SIP house can be 20-50% stronger than a typical wood frame house.
The first SIP structure was built in 1935 by the US Forest Products Laboratory. The introduction of an automated panel press and the energy price hikes in the 1970''s, made the use of SIPs or sandwich panels more prominent. Product performance and affordability were impacted by the introduction of oriented strand board (OSB) in 1981.
Energy efficiency - by far the biggest benefit of the SIP system. SIPS home can save 40% to 60% on heating and cooling costs - forever! The perimeter of a SIPs home is wrapped in EPS insulation without the thermal breaks present in 2x framing. Also, EPS insulation maintains its integrity over time, whereas batt insulation settles and absorbs moisture.
The University of Tennesse and the US Deptartment Of Energy compared 5 different building systems for clear-wall R-value verses whole-wall R-value. The test concluded that SIPs maintain 88% of their clear-wall performance after whole-wall R-value is measured, 58% better than 2x6 stick-framing.
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Money saving - The pre-built nature of the SIP system requires fewer framers. Today fewer people are choosing building trades as a career, if the trend continues the labor rate for framers will increase. Building with Quacent SIPS requires less on site labor - saving you money.
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Quieter and healthier living environment
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Because Quacent SIPs are so air tight, installing an air exchanger is always recommended to promote healthier air quality and to control humidity
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No studs to find - Another benefit of a SIP home is the freedom of interior design. You can throw your stud-finder away, since the entire inside is sheathed with 7/16" oriented strand board. Finding a place to support a nail for pictures, curtains, or cabinets isn''t a problem. Think how much faster it is to apply sheet rock when you don''t have to worry about hitting the studs every time.
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Green Product - SIPS are typically composed of OSB and EPS. The OSB is derived from short growth, replaceable tree crops. The EPS insulation contains no CFCs, (chlorofluorocarbons) or formaldehyde.
To compare the cost of SIPs to stick-frame construction is not an apples-to-apples comparison. Stick construction cannot compete with the thermal efficiency or superior strength of SIPs. Although the initial materials-to-materials cost of SIPs may be slightly higher than 2x construction, you must keep in mind that you are actually paying for some framing labor when you purchase our panels. The cost difference for your finished home will only be 3%-5% more than a stick-framed home, depending on labor and material costs in your area. The 50% or greater energy savings quickly recoups any additional investment over the cost of conventional framing. The savings continue even when you sell your home. A study released by the EPA in 1998 revealed that energy efficiency increases the resale value of homes by $20 for every $1 in annual energy cost savings.
A stirring news is that from 2007, a house built with Quacent SIPS can be the same or less than conventional framing house due to our continious cost reduction and supply chain strategy worldwidly. In view of this, Quacent SIPS house will have greater competence power and seize more market share.
As the cost of crude oil continues to rise, and the availability of fossil fuels continues to decline, the resale value of energy efficient housing will continue to improve.
Quacent offers the MOST FULLY CUSTOMIZED SIPs on the market.
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Quacent utilizes insulated connecting posts which results in an unbroken thermal shell.
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Quacent rough openings are factory engineered, cut and framed, further reducing construction time, job site waste, and framing errors. Custom-cut panels eliminate the hassle of panel modification on the job site.
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Quacent has a patented electrical chase for routing wiring.
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Quacent''s unique panel press can accommodate panel core thickness from 1" to 14".
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Quacent is renowned in the SIP industry for our ability to produce panels for even the most difficult designs. We employ an experienced drafting team to assist our customers with their design needs.
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Quacent can provide an on-site training technician for builders to ensure quality construction and to minimize the learning curve.
Quacent Steel Truss System uses Powerful Truss software to create the truss and communicates directly with the rollformer software.
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The Industry Exclusive Bolted Connection: the industry exclusive BOLTED CONNECTION dramatically increases productivity and eliminates fastener concerns due to vibration during delivery and installation
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One Way Truss Assembly: No jigs or layout required as the truss can only go together one way, the Right Way.
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From Coil to Assembly:
Just in time rollforming virtually eliminates waste, requires no cutting, bcoping, bpunching, or additional labor.
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The New Industry Standard:
We can provide our customers the highest quality product on the market.
Light Gauge Steel Truss price for Contractors – Jan. 2009
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Based on our one of the world best fully automatic cold roll forming machine, we offer light gauge steel truss for roof and floor with the following characters,
Strong weak axis performance - helps prevent damage in handling, reduces bracing requirements, and provides solid footing for installers and other trades
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High strength to weight ratios
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Long span capabilities
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Mechanically fastened - no welding
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Layout, design and engineering, and fabrication drawings accomplished with state-of-the-art software
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Material: High tension Galvanized Light Gauge steel, G550 Thickness: 0.55mm/0.75mm/1.0mm, Specs: Zinc & Aluminum coated with 150g/m2+,
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Price: Engineering: USD 300/order Steel, RMB 7950/Ton (USD 1160/Ton), plus 0.49 USD/Linear Meter Handing Charge: USD 450/order (document, loading, local transportation) Bolts: USD 0.40/pc, spacer: 0.15/pc, brackets & screws—to be quoted
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Lead time: 30 days upon the deposit
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Payment: T/T 40% when signing contract, T/T 60% when fax the bill of lading.
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Shipping: by sea container, either pre-screwed or bundled.
Strong – highest strength to weight ration of any building material. Meets very tough performance standards
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Inorganic – will not rot, warp, split, crack, creep, support mold growth, or be eaten by termites
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Dimensionally stable – does not expand or contract with moisture content
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Noncombustible – does not burn and will not contribute fuel to the spread of a fire
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Consistent Material Quality – no need to cull anything. No regional variance in composition or performance
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Question & Answer
Will a steel framed home look different from other homes in a community?
No. Your steel framed home will look just like any other home. The same exterior finishes can be applied to a steel framed home as those applied to a wood framed home.
Does steel framing interfere with radio and television reception?
No. Waves pass through the spaces between the studs of your steel framed home, allowing the use of all household electronics without interference.
Will steel framed homes rust?
No. The use of zinc coating on the steel framing protects your steel framed home from corrosion for the life of the structure.
Is it easy to hang pictures on steel framed walls?
Yes. Lighter pictures can be hung in your steel framed home from the drywall with toggle bolts or hangers. Heavier objects are hung with screws attached directly into the steel studs, which are easily found with a magnet.
Is a steel framed home safe in lightning storms?
Yes. Your steel framed home actually protects your family in case of a lightning strike by providing a path for the lightning to the ground, which reduces the likelihood of severe damage.
A: SIPs are super energy efficient building panels for walls, roofs and floors. Quacent panels are made using expanded polystyrene (EPS) rigid foam insulation laminated between oriented strand board (OSB). The result is a very strong, predictable, highly energy efficient framing system. SIPs are used in residential, commercial and agricultural applications. You will also see SIPs referred to as sandwich panels. SIPs are assembled using the same tip-up method used in concrete tilt-up panel construction.
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', '', 1, 10, 0, 42, '2009-03-10 08:35:06', 62, '', '2009-03-24 06:09:04', 62, 0, '0000-00-00 00:00:00', '2009-03-10 08:35:06', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 2, 0, 9, '', '', 0, 3, 'robots=\nauthor='),
(69, 'Is the SIP technology new?', 'is-the-sip-technology-new', '', 'A: SIPs have been used worldwide since the 1950s. The first SIP house was built in 1952 in Michigan, USA.', '', 1, 10, 0, 42, '2009-03-10 08:52:35', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 08:52:35', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 8, '', '', 0, 0, 'robots=\nauthor='),
(70, 'How do Structural Insulated Panels react to fire? What about the fire factor verses these panels?', 'how-do-structural-insulated-panels-react-to-fire-what-about-the-fire-factor-verses-these-panels', '', 'A: Structural Insulated Panels exceed the Building Regulation requirements with regards to fire resistance; with 12.5mm fire resistant plasterboard the panels achieve a Class 1 fire rating. A Class 0 fire rating is achieved if two layers of plasterboard are fixed.', '', 1, 10, 0, 42, '2009-03-10 08:53:18', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 08:53:18', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 7, '', '', 0, 0, 'robots=\nauthor='),
(71, 'Are Structural Insulated Panels vulnerable to insects and pests? Are SIPs insect-resistant? Are ants and termites a problem in panels? Is the wooden frame treated for termite protection? How resistant is it against termites?', 'are-structural-insulated-panels-vulnerable-to-insects-and-pests-are-sips-insect-resistant-are-ants-and-termites-a-problem-in-panels-is-the-wooden-frame-treated-for-termite-protection-how-resistant-is-it-against-termites', '', '(1)No. The Chlorofluorocarbon (CFC) / Hydro chlorofluorocarbon (HCFC) free rigid Expanded Polystyrene (EPS) core of the SIP panels resists attack by mould and microbial growth and does not provide food value to vermin. (2)No more than in conventional construction. In climates where either termites or ants can cause problems, panel manufacturers recommend that all homeowners use the same preventive treatments (topical sprays around foundations, termite shields, etc.) they would use in a stick framed home. Preventive measures at the time of construction will aid in preventing infestation. Check with officials in your area. Expanded polystyrene (EPS) is non-intrusive to insects. (3) Although termites do not feed on the foam panel cores, there have been instances in which panel cores have been hollowed out by these insects and used as a nesting ground. Many manufacturers offer SIPs with borate treated foam to provide termite resistance. Termites may also be deterred through the use of a specifically designed steel mesh. Both these treatments are highly effective, but they are not a substitute for careful termite prevention and maintenance, as with any other wood structure.', '', 1, 10, 0, 42, '2009-03-10 08:54:44', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 08:54:44', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 6, '', '', 0, 1, 'robots=\nauthor='),
(72, 'What are the measurements of your panel?', 'what-are-the-measurements-of-your-panel', '', 'A: Please check the SIP measurement table.', '', 1, 10, 0, 42, '2009-03-10 08:55:22', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 08:55:22', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 5, '', '', 0, 0, 'robots=\nauthor='),
(73, 'Is this a modular home?', 'is-this-a-modular-home', '', 'A: No. Our panels are customized to fit each individual house plan, from very simple to very complex homes.', '', 1, 10, 0, 42, '2009-03-10 08:56:00', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 08:56:00', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 4, '', '', 0, 0, 'robots=\nauthor='),
(74, 'What is R-Value?', 'what-is-r-value', '', 'A: The resistance of temperature flow between objects. The higher the R-value, the more resistance.', '', 1, 10, 0, 42, '2009-03-10 08:56:27', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 08:56:27', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 3, '', '', 0, 2, 'robots=\nauthor='),
(75, 'How much do structural insulated panels’ weight?', 'how-much-do-structural-insulated-panels-weight', '', 'A: Please check the weight chart.', '', 1, 10, 0, 42, '2009-03-10 08:57:06', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 08:57:06', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 2, '', '', 0, 0, 'robots=\nauthor=');
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(76, 'How about ventilation?', 'how-about-ventilation', '', 'A: SIP buildings are extremely airtight and require mechanical ventilation. Ventilation systems bring fresh air into the building in controlled amounts and exhaust moisture laden and stale air to the outside. By limiting air exchange to controlled ventilation systems, SIP homes allow for all incoming air to be filtered for allergens and dehumidified, amounting to better indoor air quality. Proper ventilation is important in all homes to preserve indoor air quality.', '', 1, 10, 0, 42, '2009-03-10 08:57:59', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 08:57:59', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 1, '', '', 0, 3, 'robots=\nauthor='),
(77, 'How strong are SIPs?', 'how-strong-are-sips', '', 'A: The structural characteristics of SIPs are similar to that of a steel I-Beam. The OSB skins act as the flange of the I-beam, while the rigid foam core provides the web. This design gives SIPs an advantage at handling in plane compressive loads.', '', 1, 10, 0, 43, '2009-03-10 09:02:39', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:02:39', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 9, '', '', 0, 0, 'robots=\nauthor='),
(78, 'Can panels meet hurricane & seismic code requirements?', 'can-panels-meet-hurricane-a-seismic-code-requirements', '', 'A: Yes. Panels have been put through extensive racking tests. The testing went extremely well compared to standard framing. This racking test caters to hurricane & earthquake simulation.', '', 1, 10, 0, 43, '2009-03-10 09:03:29', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:03:29', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 8, '', '', 0, 0, 'robots=\nauthor='),
(79, 'What does it cost in comparison to standard frame construction?', 'what-does-it-cost-in-comparison-to-standard-frame-construction', '', 'A: Can be equal to more expensive at outset, depending on the customers'' needs & house plans, but with our pre-cut systems, there is a tremendous saving on labor costs, plus on heating/cooling costs.', '', 1, 10, 0, 43, '2009-03-10 09:03:45', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:03:45', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 7, '', '', 0, 0, 'robots=\nauthor='),
(80, 'What is the best heating system for a SIPS house? ', 'what-is-the-best-heating-system-for-a-sips-house-', '', 'A: Any conventional heating system can be used but should be downsized because SIPS houses are so energy efficient and airtight.', '', 1, 10, 0, 43, '2009-03-10 09:04:09', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:04:09', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 6, '', '', 0, 4, 'robots=\nauthor='),
(81, 'Are SIPS environmentally friendly?', 'are-sips-environmentally-friendly', '', 'A: Yes, because less air movement or leakage translates into less drafts, fewer penetrations for noise, lower energy bills and a significantly more comfortable and controllable indoor environment.', '', 1, 10, 0, 43, '2009-03-10 09:04:37', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:04:37', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 5, '', '', 0, 1, 'robots=\nauthor='),
(82, 'How much more energy efficient are SIPs?', 'how-much-more-energy-efficient-are-sips', '', 'A: You can slash energy costs by up to 50%. Because SIPs create a tighter building envelope than conventional insulation, your builder can actually reduce the size of heating and cooling equipment. That reduces costs immediately. Better yet, SIPs keep your costs down from season to season, year after year, for as long as you own your home.', '', 1, 10, 0, 43, '2009-03-10 09:04:56', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:04:56', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 4, '', '', 0, 0, 'robots=\nauthor='),
(83, 'Can SIP house fit for our extreme cold/hot temperature?', 'can-sip-house-fit-for-our-extreme-coldhot-temperature', '', 'A: One of the best advantages of SIP is that it’s suitable for the extreme climatic conditions, SIP house can work both in cold and hot environment due to the super insulation value. In hot area like Quatar, in cold area like Skandinavia we have some special treatment to make your house more comfortable and save your air-conditioning bills.', '', 1, 10, 0, 43, '2009-03-10 09:05:13', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:05:13', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 3, '', '', 0, 0, 'robots=\nauthor='),
(84, 'What is the insulation advantage to building with SIPs?', 'what-is-the-insulation-advantage-to-building-with-sips', '', 'A: R-Value is a measure of a material''s resistance to heat flow. The higher the number the better the material is at insulating. According to the Dept. of Energy, thermal breaks such as corners, windows, doors, and stud walls dramatically reduce the stated R-Value of virtually every product on the market except SIPs. As an example, a 2x6-stud wall with R-19 fiberglass batts has an R-Value of 13.7. A six-inch Premier wall has an R-Value of 21.7. Simply put, a 6" Premier wall out performs a 6" stud wall by 58%. Premier Panels have the following ratings.', '', 1, 10, 0, 43, '2009-03-10 09:05:33', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:05:33', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 2, '', '', 0, 1, 'robots=\nauthor='),
(85, 'How do SIPs save so much labor?', 'how-do-sips-save-so-much-labor', '', 'A: Cutting and fabricating, based on your construction drawings, are done for you in a SIP manufacturing plant. That reduces site labor and time building materials are exposed to the weather on the job site. SIPs are also made in large sizes up to 8 ft by 24 ft so assembly on-site is faster, framing crews are more productive, and the project is "dried-in" sooner. That means other subcontractors can get a head start on the jobs they need to do.', '', 1, 10, 0, 43, '2009-03-10 09:05:53', 62, '', '2009-03-13 00:19:50', 62, 0, '0000-00-00 00:00:00', '2009-03-10 09:05:53', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 2, 0, 1, '', '', 0, 0, 'robots=\nauthor='),
(86, 'Are there any special requirements for the foundation?', 'are-there-any-special-requirements-for-the-foundation', '', 'A: No, but as with any construction, the better the foundation, the easier the project.', '', 1, 10, 0, 44, '2009-03-10 09:08:04', 62, '', '2009-03-10 09:09:00', 62, 0, '0000-00-00 00:00:00', '2009-03-10 09:08:04', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 2, 0, 7, '', '', 0, 2, 'robots=\nauthor='),
(87, 'How do I run my electrical wiring? / How are electrical wiring and fixtures installed? / What is the best way to do the plumbing on a house with panels?', 'how-do-i-run-my-electrical-wiring--how-are-electrical-wiring-and-fixtures-installed--what-is-the-best-way-to-do-the-plumbing-on-a-house-with-panels', '', 'A: (1) Panels run wire chases, or "tunnels", vertically and horizontally through each panel to accommodate all your electrical needs.
(2) On the interior is best, since doing plumbing lines on the outside would break up the thermal barrier. If necessary, it is very easy to do the plumbing on the exterior.
(3) In commercial construction, wiring is pulled through conduit. "Chases" or channels are built into the foam cores of a SIP panel that work like conduit. Electricians use a fish tape and feed the wires through panel chases without compressing insulation or drilling through studs. Typically, plumbing is installed in interior walls and floors, but not in exterior walls. Where exterior wall vent pipes are necessary, chases can be formed in the foam cores. Installing island vents or loop vents is also a common practice and can be found in plumbing codes.
(4) Electrical wires are pulled through precut channels inside the core of the panels called “chases.” Manufacturers cut chases during the manufacturing process according to the electrical design of the home. Electricians can then use fish tape to feed wires through panel chases without compressing the insulation or having to drill through studs. Wiring can also be run through baseboard raceways and in the cavity behind the beveled spacer on SIP roof-to-wall connections.', '', 1, 10, 0, 44, '2009-03-10 09:08:19', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:08:19', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 6, '', '', 0, 0, 'robots=\nauthor='),
(88, 'What foundation should be used?', 'what-foundation-should-be-used', '', 'A: Any construction can be used but the tolerance to level must be +/- 5mm to ensure the most efficient erection of the SIPS panels.', '', 1, 10, 0, 44, '2009-03-10 09:09:02', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:09:02', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 5, '', '', 0, 1, 'robots=\nauthor='),
(89, 'What are the options for external finishes? ', 'what-are-the-options-for-external-finishes-', '', 'A: Almost total choice from bricks, natural stone, brick slips, polymer and cement renders, timber cladding and metal cladding.', '', 1, 10, 0, 44, '2009-03-10 09:09:25', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:09:25', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 4, '', '', 0, 2, 'robots=\nauthor='),
(90, 'How long is the building time of one house?/ How long does it take to finish the installation of SIP house?', 'how-long-is-the-building-time-of-one-house-how-long-does-it-take-to-finish-the-installation-of-sip-house', '', 'A: It depends on the design and the construction area of your house. Generally speaking, four labors with a supervisor can finish the erection of one house around 200 sq.m within 6 days.', '', 1, 10, 0, 44, '2009-03-10 09:09:44', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:09:44', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 3, '', '', 0, 0, 'robots=\nauthor='),
(91, 'Does the house have all plumbing pipes and electrical wires built in?', 'does-the-house-have-all-plumbing-pipes-and-electrical-wires-built-in', '', 'A: No, all the electrical chased have been cut in the workshop, but as the requirements on cables and plumbing system are different from country to country, you have to buy and install them on your jobsite by yourselves.', '', 1, 10, 0, 44, '2009-03-10 09:10:00', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:10:00', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 2, '', '', 0, 2, 'robots=\nauthor='),
(92, 'Do I need a crane / lifting equipment and scaffolding for the panels to be installed?', 'do-i-need-a-crane--lifting-equipment-and-scaffolding-for-the-panels-to-be-installed', '', 'A: When installing the wall panels, panel by panel a crane or telescopic handler is not needed as the panels are light enough to be lifted and manoeuvred into place. A crane or telescopic handler is required when wall or roof panels are joined together on the ground and installed as an entire section. Installing roof panels will always require a crane or telescopic handler of appropriate size. Scaffolding is to be erected around three sides of the building before we arrive on site to erect the building. The scaffolding company should then return to complete the installation once the erectors are at first floor level. The scaffolding can be erected far enough away from the frame so that it can stay up and be used by the other trades such as brick-layers and roofers. On receipt of an order, a site survey will be carried out by one of our representatives to determine the necessary equipment to be used.', '', 1, 10, 0, 44, '2009-03-10 09:10:20', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:10:20', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 1, '', '', 0, 0, 'robots=\nauthor='),
(93, 'Do you pre-measure & pre-cut for doorways and windows?', 'do-you-pre-measure-a-pre-cut-for-doorways-and-windows', '', 'A: Yes. With our patented design, we pre-cut all doors & windows at no extra charge.', '', 1, 10, 0, 45, '2009-03-10 09:10:39', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:10:39', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 9, '', '', 0, 0, 'robots=\nauthor='),
(94, 'Do SIPs come pre-framed with windows and doors?', 'do-sips-come-pre-framed-with-windows-and-doors', '', 'A: No. The design flexibility of Structural Insulated Panels makes it easy install any number of windows and door combinations. The openings are pre-cut in the factory ready for the follow on trades to fit your windows and doors.', '', 1, 10, 0, 45, '2009-03-10 09:11:05', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:11:05', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 8, '', '', 0, 0, 'robots=\nauthor='),
(95, 'What are the delivery time?', 'what-are-the-delivery-time', '', 'A: Generally speaking, the leading time can be 30 days after you deposit the first payment. However, it still depends on how many orders we have in hand.', '', 1, 10, 0, 45, '2009-03-10 09:11:27', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:11:27', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 7, '', '', 0, 0, 'robots=\nauthor='),
(96, 'Can we do our own plan and order houses for this plan? ', 'can-we-do-our-own-plan-and-order-houses-for-this-plan-', '', 'A: Of course you can, as a professional prefabricated house manufacture, and base on the design flexibility of SIP, we can convert most of your designs into real house.', '', 1, 10, 0, 45, '2009-03-10 09:11:44', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:11:44', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 6, '', '', 0, 0, 'robots=\nauthor='),
(97, 'Can you provide the house plan drawings?', 'can-you-provide-the-house-plan-drawings', '', 'A: As we are a professional house manufacture, but not a design company, it’s better for you to provide your ideal designs or choose house plan from our optional list which were design by our partner—Drummonddesigns—a famous Canadian design company.', '', 1, 10, 0, 45, '2009-03-10 09:11:57', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:11:57', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 5, '', '', 0, 1, 'robots=\nauthor='),
(98, 'Do you have available workers who really know how to do it for me? Do you have project managers that can oversee the construction of house?', 'do-you-have-available-workers-who-really-know-how-to-do-it-for-me-do-you-have-project-managers-that-can-oversee-the-construction-of-house', '', 'A: Right now, we do not provide onsite service, however, we did send a supervisor to help our customers during the erection(shell only). Or you can send you workers here, we provide free training for them.', '', 1, 10, 0, 45, '2009-03-10 09:12:20', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:12:20', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 4, '', '', 0, 0, 'robots=\nauthor='),
(99, 'What is the minimum order?', 'what-is-the-minimum-order', '', 'A:To some extent, SIP is new to most of our customers. So in order to make you and your customers understand SIP system well, the quantity of the first order can be 1.', '', 1, 10, 0, 45, '2009-03-10 09:12:51', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:12:51', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 3, '', '', 0, 0, 'robots=\nauthor='),
(100, 'How do you deliver the houses?', 'how-do-you-deliver-the-houses', '', 'A: As our houses are based on panelized system, shipping by 40’HQ container is the most convenient and cost effective way for you.', '', 1, 10, 0, 45, '2009-03-10 09:13:16', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:13:16', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 2, '', '', 0, 0, 'robots=\nauthor='),
(101, 'How many sq.m you do put in each container?', 'how-many-sqm-you-do-put-in-each-container', '', 'A: A 40’ HQ container can load cargos around 65m3. The total capacity of a 200m2 house will be around 116m3. However, the actual volume depending on how many accessories you ordered.', '', 1, 10, 0, 45, '2009-03-10 09:13:35', 62, '', '0000-00-00 00:00:00', 0, 0, '0000-00-00 00:00:00', '2009-03-10 09:13:35', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=\nshow_create_date=\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 1, 0, 1, '', '', 0, 0, 'robots=\nauthor='),
(102, 'DrumDesign', 'drum', '', ' \r\n
High Turnover Quacent go up quickly. Whether you choose to cut your own panels in the field, or you select Quacent ''s precut service, you''ll be done closing in fast. You schedule the delivery, and we''ll be there when you want us. Then, an experienced three-man crew can complete the structure of a typical 2,000 square foot house in as little as three days. Less time on the structure means less materials damage and pilferage, less site overhead, and fewer weather delays, all of which equal profit. Plus, since the first draw on a job usually requires the shell to be completed, you get paid sooner.
In the above photo, SIP school 301 students assemble an 800 square foot shell within 3.5 days. Fast site erection equals fewer weather delays, less site overhead, less chance for theft and higher profits. (Note: Several people are standing on the roof to demonstrate the strength of SIP buildings. But, a small crew is all you need to erect a shell)
Ease of Sales Quacent SIPs are environmentally compatible, CFC free, easy to design with, and cost competitive in today''s energy-conscious market. No Problems — No Callbacks Because our panels are subjected to thorough third-party testing, because our precut panels are cut using the latest CAD/CAM technology，you know that you won''t have problems. And because our home packages use the best available engineered wood components, the precision of the assembly is unparalleled. \r\n
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Auto-Product line technology offers the best of both worlds — factory-crafted precision and the flexibility to design a home to the exacting requirements of the customer, quickly and affordable.
\r\nCost Competitive
Today''s business-oriented builder knows that there''s more to cost than the invoice amount. When you examine the real cost savings of faster erection, easier sales process, faster payments, fewer problems, fewer delays, standard finishing details, the bottom line is always the same: Quacent SIPs save you money, and increase your profits.
Ease of Finishing Unlike other panel systems, Quacent SIPs house offer you the high insulation values that customers demand and increasing codes requirement in standard wall thicknesses. Fussy and expensive door and window trim details are avoided. Drywall installation is actually easier on panel walls than on framed walls. Cabinets can be hung directly from our panels. Electrical distribution is readily accomplished through horizontal chases. Fast and easy finishing means a better job for you, and a happier customer.
Peace of Mind When you think of the benefits — a salable product, better profits, fewer problems, a system that not only helps preserve our fossil fuel resources but also uses less of our precious forests, and easy, standard finishing — you end up with peace of mind. But only if you use panels from Quacent Homes Supply Inc., because there''s more to a good idea than meets the eye.', '', 1, 8, 0, 37, '2009-03-13 02:31:29', 62, '', '2009-03-19 04:37:43', 62, 0, '0000-00-00 00:00:00', '2009-03-13 02:31:29', '0000-00-00 00:00:00', '', '', 'show_title=\nlink_titles=\nshow_intro=\nshow_section=\nlink_section=\nshow_category=\nlink_category=\nshow_vote=\nshow_author=0\nshow_create_date=0\nshow_modify_date=\nshow_pdf_icon=\nshow_print_icon=\nshow_email_icon=\nlanguage=\nkeyref=\nreadmore=', 3, 0, 1, '', '', 0, 8, 'robots=\nauthor='),
(104, 'Plan 2653', 'plan-2653', '', '
Total Living Area 2565 sq.ft. / 230.85 sq.m.
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Total Living Area
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2565 sq.ft. / 230.85 sq.m.
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Width
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Depth
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Ridge height from top of foundation
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40'' 0"
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57'' 8"
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32'' 11"
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Bedrooms
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Full baths
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Half baths
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Garage Type
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3, 4
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2
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1
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Two-car garage
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Foundation Type
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Full Basement
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Special Features
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9 Foot ceiling on main level, open stairwell with semi-circle mezzanine, two fireplaces, media room on second level.
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Plan Description
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Main level: 9'' ceiling. Foyer, home office or media room, half-bath, remarkably open stairwell, kitchen with lunch counter, dining room, family room with corner fireplace, master bedroom suite with walk-in closet and private bathroom with fireplace open to bedroom and bath, spacious laundry room with space for freezer. Second level: Original and well-lit mezzanine, two lovely secondary bedrooms, full bathroom and movie viewing room with cathedral ceiling.
9'' ceiling on the first level. Master suite on the first level. Original two-story atrium with a spiral staircase. Play room provided on the second level. Lovely rear balconies and a terrace on the first level covered by one of the balconies. Nice bonus room above the garage.
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Plan Description
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1st floor: 9'' ceiling. Entry, kitchen and breakfast area, two-story atrium, dining room, living room, master suite with walk-in closet and private bathroom, half-bath, laundry room and double garage. 2nd level: One bedroom, home office that can be converted into a bedroom, play room, a bathroom and a bonus room above the garage.
Total Living Area 3198 sq.ft. / 287.82 sq.m. \r\n', '\r\n
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Total Living Area
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3198 sq.ft. / 287.82 sq.m.
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Width
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Depth
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Ridge height from top of foundation
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48'' 0"
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44'' 0"
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22'' 6"
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Bedrooms
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Full baths
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Half baths
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Garage Type
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4
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2
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1
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One-car garage
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Foundation Type
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Finished basement
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Special Features
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Ceiling at 10'' in the TV room, living room, dining room and ceiling at 9'' for the rest of the activity center. Ceiling at 8''-6`` on the second level. Superb kitchen with five patio doors, impressive fridge space and central island lunch counter. Integrated built-ins in the dining room with space for a wine cellar and sharing a fireplace open on three sides with the living room. Lovely master suite on the second level with a walk-in closet, fireplace open on two sides and integrated built-in for the TV. Access to the exterior terrace in the mezzanine from the second level. Two nice bedrooms in the half-basement with adjoining game room and bathroom. Garage with access to the basement.
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Plan Description
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1st level: Entry, TV room, living room, dining room, kitchen/dinette, home office, laundry room, half-bath and garage. 2nd level: Master suite, one bedroom and mezzanine. Basement: Two bedrooms, game room, bathroom and open space.
Front porch and covered lateral entrance, deck. 9 feet ceiling on first level. Well fenestrated for plenty of light in main activity centers located at rear of the house. Kitchen with central island and bay window above the sink. Master bedroom with patio door to private balcony and walk-in closet on second floor.
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Plan Description
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1st level: 9'' ceiling. Entrance, bedroom, bathroom, laundry closet, kitchen with island / lunch counter, dining room, family room. 2nd level: Master bedroom, secondary bedroom, bathroom.
Abundant windows for panoramic view. Large terrace with railing and plexiglass as windbreaker. Cathedral ceiling measuring 25''-7", in family room / kitchen areas.
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Plan Description
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1st level: Foyer, bathroom, bedroom, family room, eat-in kitchen. 2nd level: Two bedrooms, shower room.
Main level: Closed foyer with coat closet and storage area, family room with wood burning fireplace, dining room with access to screened porch, kitchen with island and lunch counter, guest room with walk-in closet, full bathroom with laundry facilities. 2nd Level: Master bedroom with access to bathroom, secondary bedroom.
Wraparound covered porch, access to outside from dining room via French doors, special ceiling treatments, cathedral ceiling in family room.
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Plan Description
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Main level: Closed foyer with coat closet, half-bath with shower, bedroom, eat-in kitchen, family room. 2nd level: Master bedroom with walk-in closet, secondary bedroom, full bathroom, mezzanine.
Foyer in the front entry. Cathedral ceiling in the living room, the dining room, the kitchen and in the front entry. Elegant arched window integrated in the cathedral ceiling on the left side and in the center of the house. Kitchen with excellent storage space. Two lovely bedrooms and laundry area on the first level.
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Plan Description
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Main level: Foyer, living room, dining room and kitchen, two bedrooms, a bathroom and laundry area.
Ceiling at 8''-8`` on the main level. Superb living room with fireplace, benches and patio door overlooking the rear covered lateral terrace. Kitchen with central island lunch counter with plenty of space including a walk-in pantry. Computer center located in the stairway landing. Two very nice bedrooms on the second level with a walk-in closet in bedroom 1. Well organized full bathroom on that same level with adjacent laundry space.
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Plan Description
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First level: Entry, dining room, kitchen/dinette, living room, half-bath with sink and garage. Second level: Two bedrooms, bathroom and laundry space.
Covered wraparound balcony linking both entrances. Spacious family room with cathedral ceiling opening up to mezzanine bedroom. Kitchen from yesteryear integrating an imposing table. Two bathrooms foreseen for more convenience.
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Plan Description
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1st level: Closed foyer with coat closet, shower room / laundry facilities, bedroom, family room, kitchen/dining room. 2nd level: Bedroom, bathroom, boudoir or bedroom in mezzanine.
Lovely exterior terrace with pergola above and well-located screened-in porch. Superb family room with fireplace and abundant windows. Bedroom on main level. Mezzanine, living room or 4th bedroom on the second level.
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Plan Description
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1st level: Closed foyer with coat closet, family room with fireplace, dining room. eat-in kitchen, bedroom, laundry facilities and full bathroom. 2nd level: Master bedroom with walk-in closet, secondary bedroom, living room, bathroom and mezzanine.
Abundant and special fenestration including skylights, cathedral ceiling in family room.
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Plan Description
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Main level: Family room, dining room, kitchen, bathroom, large storage room with laundry facilities. 2nd Level: 2 bedrooms, half bath, open study or reading area, mezzanine.
Cathedral ceiling in the living room. Centered fireplace between the dining room and the living room. Office space provided on the first level. Family room adjoining to the kitchen. Computer center provided on the second level in the mezzanine.
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Plan Description
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1st level: Closed foyer with adjoining closet, living room, dining room, kitchen with lunch counter, family room, half-bath, laundry room and home office. 2nd level: Master bedroom with sitting area and access to the bathroom, two secondary bedrooms and computer center in mezzanine.
Sunroom for panoramic view, large closet in master bedroom, abundant fenestration and sunroom with 12'' height, access to foyer from garage.
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Plan Description
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Main level: Foyer, half-bath with laundry facilities, master bedroom suite with walk-in closet and private bathroom, family room with fireplace and sunroom, dining room, large kitchen with imposing central island and lunch counter. 2nd Level: Two secondary bedrooms, bathroom and sitting area in mezzanine overlooking family room.
Office , abundant fenestration, cathedral ceiling on 2nd level, special ceiling treatments, oversized side-load garage for corner lot, bonus space above garage, 9'''' ceiling on main level, front and rear covered balconies, skylights, false balconies at 2nd level, shutters.
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Plan Description
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Main level: Entry hall with coat closet, family room, dining room, kitchen with island and lunch counter, laundry area, home office, half bath. 2nd level: Master suite with walk-in closet and private bathroom, 2 bedrooms, shower room, bonus room above garage
1st level: kitchen with island/lunch counter and a dining room open to the family room. Bathroom-laundry room and amazing storage space.
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Plan Description
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Main level: Entry hall with large storage area, kitchen with island and lunch counter, dining room, living room, half-bath with laundry facilities. Basement; 3 bedrooms, bathroom, family room with wood stove and cathedral ceiling.
Home theatre can be converted into a garage (400sq.ft./ 36 sq.m.)
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Plan Description
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Main level: Closed foyer with walk-in coat closet, laundry room, half-bath, dining room, family room with fireplace, kitchen with island and lunch counter, master bedroom with private bathroom and walk-in closet, two secondary bedrooms sharing a shower room, family room (home theatre) 2nd Level: mezzanine with access to the exterior terrace.
Main level: Closed foyer with coat closet, home office (or bedroom #4), family room with fireplace, dining room, kitchen with island and lunch counter, half bath with laundry facilities. 2nd level: Master suite with private bathroom and walk-in closet, two secondary bedrooms sharing a full bathroom.
Covered front and rear porches. Den on main level which can be converted as per the owner''s needs. 9 Foot ceiling throughout main level. Centralized fireplace. Family room with abundant windows and triple garden doors. Bonus room above garage, which is accessible only through garage.
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Plan Description
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1st level: Large closed foyer entrance, den, family room with fireplace, kitchen with work island / lunch counter, breakfast area, laundry facilities / mud room with access to backyard, half-bath. 2nd level: Master bedroom suite with private bathroom and walk-in closet, two secondary bedrooms, full bathroom, bonus room above garage.
Master bedroom on first floor, fireplace, large porch, abundant windowing.
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Plan Description
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1st level: sunken family room with fireplace, dining room, kitchen, master bedroom with access to full bathroom, laundry room. 2nd level: 2 secondary bedrooms, full bathroom, family room, mezzanine. Walkout basement: one-car garage.
The stoop or balcony of each apartment is 12'' x 6''. Storage space of 47 sq.ft. in each apartment. Well-lit stairwell as much in the front as in the back. 8''-0" ceilings.
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Plan Description
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Main floor, 1st level and 2nd level: Two apartments each offering: living room and dining room, kitchen, two bedrooms, bathroom with laundry facilities and storage space.
Cathedral ceiling over family/dining/kitchen areas, four bedrooms in all, large terrace and remarkable screened-in porch, dual sinks in the main level bathroom, finished walk-out basement, wrap-around balcony on two sides, multiple fireplaces.
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Plan Description
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1st level: Closed foyer with large coat closet and storage space, bathroom accessible from bedroom 1, comfortable family room, kitching/dining area. 2nd level: Guest room with lounging area in mezzanine. Basement: 2 bedrooms, spacious bathroom with laundry area, family room with wood stove or fireplace.
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(156, 'Exhibition News', 'exhibition-news', '', '(You can meet us in following exhibition, wish to see you soon!) \r\n
1. The 14th China Int''l Construction & Decoration Materials (Articles) Exhibition From 2009-Apr-9 To 2009-Apr-12 Place: Dalian Star-Sea Convention & Exhibition Center, Dalian World Expo Plaza Exhibition Booth: Venue: Pazou( Area A) / Position:11.1 http://www.sinoexhibition.com/jz/index_e.asp
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2. The 105th Session China Import And Export Fair (Canton Fair) From 2009-Apr-15 To 2009-Apr-19 Time: 9:30~19:00 (Place:No. 380, Yuejiang Zhong Road, Guangzhou, China) Exhibition Booth: Venue: East Area/ Position:243~246 http://www.cantonfair.org.cn/en/index.asp
Quacent’ SIPs Building System is predicated on the “panelized philosophy, therefore creating the structural shell out of a few large pieces rather many small time consuming components. Saving time and money both very valuable resources to any construction project.
The "sustainable" house design being studied by the FAS Housing Technology Project will stay intact even when it is shaken by forces larger than the strongest known earthquake. This was the result of a live shake table test held on January 19 at the Trentec laboratory in Cincinnati, Ohio.
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The 104th China Import and Export Fair runs from October 15 to November 6.
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Quacent SIPs Construction Guide
The construction guide will walk you through the details of building an Quacent Structural Insulated Panel home. To become familiar with the construction of the Quacent building system, the builder must throughly read the construction guide before beginning construction.
Download (PDF/ Version 3/ Size: 5.5 MB) 
Outstripping the test equipment. The test setup created identical climate conditions for both rooms and measured both the airtightness and the heating energy requirement of the two rooms. Under blower door testing, a room with four-inch SIP walls, a SIP ceiling, a window, a door, prerouted wiring chases, and electrical outlets showed almost 15 times less air leakage than an otherwise identical room built with 2x6 studs, OSB sheathing, fiberglass insulation, and drywall. In fact, the SIP room was too tight for normal use of the blower door. The test protocol calls for the room to be depressurized in a range of 15 to 50 pascals of pressure, but Oak Ridge reported that "we were unable to go below 75 pascals because the SIP room was so airtight." At 50 pascals of negative pressure, the stick-built room leaked 126 cubic feet of air per minute (CFM), while the SIP room would have leaked only 9 CFM.
Surprising energy savings. Perhaps more significantly, the room with the 4-inch SIP walls used .9% less heating energy than the stick-built room under identical conditions (an indoor temperature of 70 degrees F and an outdoor temperature of 0 degrees F). Those results were verified by continuous monitoring of temperature and heating system data.
Real-world SIP house saves 25%. "The three houses were intentionally built with their calculated energy performance (HERS score) similar to each other (all three had HERS ratings of about 83)," reports FSEC. "The frame house featured energy-related details that resulted in 5.3 air changes per hour at 50 pascals (ACH50). With the home''s whole-house fan cover installed, the ACH50 dropped to 3.9, very good for frame construction. However, testing results revealed much better performance in the SIP (Figure 1) houses with a measured ACH50 of 1.8. Considering the average indoor-outdoor temperature difference of 30 degrees F, the SIP houses saved 25% (on heating energy) compared to the frame house (during December and January 1998-1999)."
Faster Construction - SIPs combine structural framing, insulation, and sheathing into one step which allowing builders to frame more projects per year. A sill plate is installed, and the insulated panels are "tilted" into place and secured. All window and door openings are done at the factory, completed with 2x framing and headers. The fast enclosure system also extends your building season. 
Quacent Steel Truss System uses Powerful Truss software to create the truss and communicates directly with the rollformer software.
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You schedule the delivery, and we''ll be there when you want us. Then, an experienced three-man crew can complete the structure of a typical 2,000 square foot house in as little as three days. Less time on the structure means less materials damage and pilferage, less site overhead, and fewer weather delays, all of which equal profit. Plus, since the first draw on a job usually requires the shell to be completed, you get paid sooner.
