Fiberglass fireproof fabric
Fiberglass fabric is made of fiberglass or fiberglass, which has good advantages such as the ability to control pressures, excellent heat tolerance, good chemical performance, resistance to abrasion and tension and acceptable mechanical strength.
Product description
Fiberglass fireproof fabric
Fiberglass fabric is made of fiberglass or fiberglass, which has good advantages such as the ability to control pressures, excellent heat tolerance, good chemical performance, resistance to abrasion and tension and acceptable mechanical strength.
Fiberglass fabric is woven in three types of S glass, E glass and C glass, each of these three types has different properties, such as C glass woven fabric has better chemical resistance, which are more used in chemical environments, and woven fabric S glass has better mechanical strength.
The most important features of fiberglass refractory fabric are:
Easy installation and cutting
High flexibility
Low weight
Low linear expansion coefficient
Dimensional stability in different climatic conditions and maintaining high efficiency
Has a high temperature of 450 to 600 degrees Celsius
Ability to work
Transfer low heat
Do not emit toxic smoke against fire and non-combustible
Resistance to oxidation and chemical corrosion and proper operation in alkaline and acidic environments
Power to control the pressures applied
High abrasion and tensile strength and high mechanical strength
It has dielectric properties and is used for electrical insulation
Resistance to attack by rodents and pests
Fiberglass fabric has a thickness of 0.2 to 5 mm and a width of one meter and is available in three types of diagonal textures, taropodi and satin.
The properties of fiberglass refractory fabric based on the type of texture are as follows:
Fiberglass fabric has more strength in taropodi texture.
Fiberglass satin fabric has great flexibility but less strength than taropod fabric.
Fiberglass fabric has equal flexibility and strength in diagonal texture type.
The most prominent features of fiberglass fabric are as follows:
Sealing the stove door
Manufacture of expansion joints and washers
Sealing of buildings
Insulation of parts in power plants
Exhaust sealing
Insulation of cables and pipes at high temperatures
Insulation of parts in the petrochemical field
Sealing parts in sanitary environments
Production of firefighting clothing and safe equipment such as gloves and masks
Sometimes to increase the properties of fiberglass fabric, stainless steel wire or metal wire can be added to it and the fabric can be covered with a layer of aluminum foil.
