Heat Insulation FRP Sandwich panel
USD $10 - $50 /Square Meter
Min.Order:500 Square Meters
Foshan Sanshui Sennuo Building Materials Co., Ltd.
Specifications of Heat Insulation FRP sandwich panel :
Material: 100% Alkali Free E-glass fiber, polyester resin
Thickness: 4mm ~ 25mm
Max. Width: 1800mm
Color: White or Customizable
Guarantee: 30 Years
sandwich panel is woven out of 100% E-glass fiber, this structure consists of two decklayers formed by warp and weft direction fibers and Z direction fibers which interconnect both decklayers.
When the fabric is impregnated with a thermosetting resin, the fabric absorbs the resin and rised to the preset height. Owing to the integral structure, composites made of 3D sandwich woven fabric boast superior resistance against delamination to traditional honeycomb and foam cored materials.
Advantages:
1. Light weight but high strength;
2. Great resistance against delamination;
3. High design-versatility;
4. Space between both decklayers can be multi-functional ( embedded with sensors and wires or infused with foam)
5. Simple and effective lamination process;
6. Thermal and sound insulated; Fire retardant; Wave transmittable
Application:
1. Marine Industry: In recent years, this material has been successfully used to make various part ( hulls, decks, interior parts, doors, floor panels, engine casings etc.) of the superstructure of large and medium sized ships, as well as load-bearing and functional parts of high-speed yachts and military naval vessels;
2. Doors of High-speed Trains: the material can be used in the manufacture of the doors of metro trains and high-speed (350km/h) trains.
3. Interior Parts of Vehicles: 3D sandwich laminates have already been widely used in the manufacture of interior panels of high-speed trains;
4. Building and Construction: with better mechanical properties and thermal and sound insulation on a lighter weight base, 3D sandwich composites are ideal substitute for traditional honeycomb materials when adhered to 3-5mm thick stone slices. This advanced composite material has been increasingly accepted in the manufacture of interior and exterior wall covers, partitioning panels as well as roofing and flooring systems etc.
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