About 1.5mm Thickness Wire Reinforced Fiberglass Fabric
1.5mm Thickness Wire Reinforced Fiberglass Fabric
Stainless steel wire reinforced in both warp yarns and weft yarns and tight weave fabric, the stainless steel wire features the fiberglass fabric higher tensile strength, better abrasion resistance, higher temperature resistance.
Properties:
Service temperature up to 1000degree C short period with stainless steel wire reinforcement
Increased the abrasion resistance
Good rot and mildew resistance and tensile strength
Applications:
Heat shields
Welding blanket
Stress relieving
Removable insulation covers
Fire curtains
Fire blankets
Non metallic expansion joints
Flue ducts and covers for fibrous insulation
Exceptional Heat and Fire ResistanceEngineered for protection in extreme temperature settings, this wire reinforced fiberglass fabric is suitable for short-term exposure up to 1000C. Stainless steel wire reinforcement enhances structural integrity and thermal resistance, making this product reliable for fire safety, welding, and industrial insulation applications.
Versatile Application Across IndustriesWith its robust construction and wide operating temperature range, this fabric serves multiple uses including fire blankets, heat shields, expansion joints, stress relief coverings, and duct protection. Its flexibility and availability in various widths allow adaptation to specific project requirements, making it a preferred material across manufacturing, construction, and maintenance sectors.
Quality Manufacturing and ReliabilityManufactured by a reputable distributor and exporter based in China, this fiberglass fabric guarantees consistent quality. The wire reinforcement process involves weaving stainless steel wires both lengthwise and crosswise into the fiberglass, ensuring long-lasting strength even under mechanical and thermal stress.
FAQ's of 1.5mm Thickness Wire Reinforced Fiberglass Fabric:
Q: How is the wire reinforced fiberglass fabric manufactured?
A: The fabric is produced by weaving stainless steel wires into both the weft and warp directions of the fiberglass material. This manufacturing technique ensures added strength and resistance to mechanical stress, while maintaining the flexibility required for various applications.
Q: What are the main benefits of using this fiberglass fabric in industrial settings?
A: The key benefits include exceptional heat resistance up to 1000C for short periods, high tensile strength due to wire reinforcement, enhanced durability, and flame resistance. It offers reliable protection as a welding blanket, heat shield, or for fire safety and insulation purposes.
Q: When should this wire reinforced fabric be used over standard fiberglass fabrics?
A: Choose this reinforced fabric when increased mechanical strength, durability, and enhanced fire resistance are necessary, such as in high-temperature industrial environments, or where mechanical stress and exposure to sparks or flames are common.
Q: Where can this fiberglass fabric be installed in a facility?
A: It is suitable for use in areas where heat and fire protection are essential-such as around welding stations, covering machinery, protecting ductwork, or within removable insulation covers in furnaces, refineries, or chemical plants.
Q: What is the application process for this fiberglass fabric?
A: Typically, the fabric is cut to required dimensions and secured using metal fasteners, straps, or sewing for covers and blankets. Ensure that the material lies flat without creases to maximize its protective properties. Always follow safety guidelines during installation.
Q: How does the 1.5mm thickness contribute to its performance?
A: The 1.5mm thickness offers a balance between flexibility and protection, providing substantial insulation and barrier properties without compromising ease of handling or installation. It ensures the fabric can withstand thermal and mechanical stresses commonly seen during use.
Q: What sizes and surface treatments are available for this product?
A: This product comes in widths of 1, 1.2, and 1.5 meters, with a standard roll length of 50 meters and a weight of 1050 GSM. The surface is specifically treated and reinforced with stainless steel wire for added durability and enhanced thermal resistance.