Fire Safety Stainless Steel Wire Inserted Reinforced Fiberglass Fabric PU Coated

Product Specification

Fire Safety Stainless Steel Wire Inserted Fiberglass Fabric PU Coated Fiberglass Cloth

Product Description

1. Glass fiber: usually refers to extremely fine fibers drawn from molten glass. Its single filament diameter ranges from a few micrometers to over twenty micrometers, equivalent to a fraction of a human hair. Glass fiber itself has a series of advantages: light weight, high strength (especially tensile strength), good insulation, good heat resistance, strong corrosion resistance, and non flammability. However, its texture is brittle, with relatively weak bending and shear resistance, and a low coefficient of friction between fibers.

2. Steel wire: As a metallic material, steel wire is known for its excellent rigidity, high elastic modulus, and outstanding impact and tear resistance. It can effectively withstand dynamic loads and local stress concentration.

Steel wire reinforced fiberglass cloth is the process of weaving or compounding fine steel wires (usually in the form of grids or parallel bundles) into the structure of fiberglass cloth. This design cleverly achieves

complementary advantages:

-Combining rigidity and flexibility: Glass fiber cloth provides an overall high-strength, corrosion-resistant matrix, while the embedded steel wire network endows the material with higher rigidity, tear resistance, and dimensional stability.

-Performance improvement: The addition of steel wire significantly improves the material's impact resistance, resistance to repeated bending fatigue, and can to some extent enhance its puncture resistance.

-Functional enhancement: The conductivity of steel wire (depending on its density and connection method) can derive additional functions such as anti-static and electromagnetic shielding, which pure fiberglass cloth does not possess.

Features

1. High strength and high modulus: Combining the high tensile strength of glass fiber and the support toughness of steel wire, the finished fabric has high mechanical strength and modulus, which can withstand large loads without deformation or fracture.

2. Good dimensional stability: The material is less affected by temperature and humidity changes, has a low coefficient of thermal expansion, and can maintain long-term stability in shape and size. It is suitable for occasions that require dimensional accuracy.

3. Excellent corrosion resistance: Glass fiber itself has good resistance to most chemicals such as acids, alkalis, and salts, which makes composite materials stable in most corrosive environments (non strong hydrofluoric acid or strong alkali long-term effects) and have a long service life. If stainless steel wire is used, the corrosion resistance is better.

4. Impact resistance and fatigue resistance: The addition of steel wire significantly improves the brittleness of pure glass fiber materials, enhancing their ability to resist dynamic impact and repeated loads (fatigue resistance).

5. Non flammability and insulation: Glass fiber is an inorganic material that does not burn and can have a flame retardant effect. It has good electrical insulation performance.

6. Design and adaptability: By adjusting the thickness and weaving density of glass fibers, the diameter and material of steel wires (such as galvanized and stainless steel), as well as the mesh size and weaving structure (plain weave, diagonal weave, etc.), products that meet different strength, flexibility, aperture, and weather resistance requirements can be produced.

Technical Parameters

FAQ