Insulation fiberglass aluminum foil plate aluminum foil fiberglass

Insulation FRP aluminum foil plate aluminum foil FRP
FRP, also known as glass fiber reinforced advanced plastic, is a novel structural material made of synthetic resin as a bonding material and glass fiber and its products as reinforcing materials. , has been widely used in petroleum, chemical industry, construction, textile, aviation, shipbuilding and other sectors in China.
Product Features
In order to meet the urgent needs of the rapid development of modern industry, our company, with the support of relevant units, has adopted new processes of cold pressing and thermosetting molding, and has used and introduced new domestic and foreign formulas. Therefore, it ensures The quality requirements of the products required by users meet the urgent needs of various industrial productions and have several major characteristics:
Novel style and beautiful appearance.
Light weight and high corrosion resistance. It is also suitable for underground and above-ground pipeline projects and tank wall irrigation, as well as direct construction technology inside and outside the surface.
Long service life, aging resistance and good thermal insulation performance.
Convenient construction, reducing costs and improving work efficiency.
External insulation FRP aluminum foil red aluminum foil FRP
1. Usage and characteristics:
This product is a composite material with glass fiber yarn reinforcement sandwiched between aluminum foil and kraft paper. It has the characteristics of flame retardant, waterproof, high energy saving, beautiful appearance, low price, convenient construction and durability. It is an ideal supporting layer for the new generation of thermal insulation, heat insulation, sound insulation and other building materials. It can be used as outer protective wrapping material for cooling and heating equipment, pipes and other insulation layers, rock wool as sound-absorbing and sound-insulating material in buildings, outer protective layer of ultra-fine glass wool, heat insulation and sound insulation materials for high-end hotels, and moisture-proof and sound insulation materials for export equipment. Mildew-proof, flame-proof and anti-corrosion packaging materials.
2. Technical indicators:
, Thermal conductivity (normal temperature): Composite with ultra-fine glass wool
Composite with rock wool
, Moisture transmittance:
, Light transmittance: /C
, Temperature resistance: ℃~+℃ /C
, Reflectivity: .
, Tensile strength: Longitudinal&//Horizontal&/c
3. Specifications:
Width ~ (can also be made according to customer needs)
Length (can also be made according to customer needs)
4. Packaging:
Woven bag, aluminum foil paper
Aluminum foil glass cloth tape Glass cloth aluminum foil tape
Aluminum foil fiberglass cloth tape is made of aluminum foil, glass fiber cloth, release paper, and is coated with high performance Flame-retardant acrylic adhesive with extremely strong adhesion to cloth is compounded by a unique advanced process. It is especially suitable for the air duct system of heating and cooling air conditioning projects, the sealing of punctures of thermal insulation nails on fire-proof veneers, the repair of damaged areas of flame-retardant aluminum foil fiberglass cloth veneers, as well as the insulation of automobiles and train carriages, and the insulation of ship pipes.
Mainly used as insulation materials for cooling and heating equipment pipes, rock wool as sound-absorbing and sound-insulating materials in buildings, and outer protective layers of ultra-fine glass. It can also be used as moisture-proof, anti-fog, fireproof, and anti-corrosion packaging materials for export equipment
/> Physical properties
, Quantitative:
, Tensile breaking strength: Longitudinal and transverse
, Elongation at break: Longitudinal.% Transverse.%
, Water vapor permeability: hours.
, Temperature resistance: no change at ℃ (surface is smooth, no cracking, degumming)
No change at ℃ (surface is smooth, no cracking, degumming)
Burst strength:
, Fire protection level: flame spread & flame surface spread&