| Customization: | Available |
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| Feature: | Fireproof |
| Certification: | ISO9001, CE, TUV, Intertek |
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What are SIPS?
Structural Insulated Panels - SIPS - are an advanced method of construction, offering superior insulation, structural strength and air-tightness over traditional construction methods or systems. SIP panels are used in floors, walls and roofs for residential, industrial, educational and commercial applications, providing ecologically friendly and energy efficient buildings.
SIP technology has been developed around composite (or sandwich) panel techniques, creating a product with excellent structural and thermal characteristics.
SIPS consist of two parallel faces - usually Oriented Strand Board, sandwiching a rigid core of XPS foam or Expanded Polystyrene (EPS), making them lightweight, quick to erect and free from problems of compression shrinkage and cold bridging associated with other forms of construction.
Compose : MgO (Magnesuim oxide ) Board +EPS/XPS+MgO (Magnesuim oxide ) Board
Specifications:
Common size: 915*1830mm, 1200*2400mm
Largest Width: 1200mm, adviced 1100mm
Length: 2400mm, 2700mm, 3000mm, 3600mm, option is available
Thickness: 20-100mm
Mgo board thickness: 3-20mm
EPS Density: 15-18kg/m3
XPS thickness: 20-90mm
EPS thickness: 20-200mm
Costomized size can be accepted
Features:
Advantage analysis
Structures built with SIPs perform above and beyond traditionally built buildings in numerous ways:
SIP structures are significantly more energy efficient than stick built/fiberglass insulation structures.
SIP buildings are stronger than stick built structures. Exhaustive laboratory testing has found them to be superior in both sheer resistance and tensile strength. SIP buildings are frequently found to be the only structures left standing after earthquakes, hurricanes, and tornadoes.
SIP homes and buildings are significantly quieter than traditionally built structures. Studies have shown that a quieter home or office is a healthier place to be.
SIP structures have reduced air infiltration. When ventilated properly, a SIP structure has superior indoor air quality when compared with other traditional building methods.
SIP buildings can be erected significantly faster. No other structural framing or insulating is necessary.
SIP installation produces significantly less job site waste then traditional building materials. Most of the small amount of waste that is produced can be recycled.
Building with SIPs is a sound financial investment. When you factor in labor, waste hauling, and energy savings, SIP structures are comparable to traditionally built homes. In addition, energy efficient SIP homes often have a higher value on the real estate market and often qualify for energy efficient mortgages.
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