PTFE heat resistant fabric 1. Introduction It is made of import fiberglass after plain weaving or other braided. Then it is process by special craft, soaking, dipping, coating with PTFE resin. 2. Feature High strength, stable Temperature resisting -70 to 260 degrees Skin-frication coefficient 0.05-0.1,low dielectric constant Anti-aging, fire-proof, good resistance to bond Alkali resist, acid resist, and salt, organic solvent resist 3. Usage Oven gasket, conveyor etc.. Plastic product for high temperature sealing, covering fabric Insulation, heat covering thickness mm,density g/m2,Temperature resist ,width mm,Tensile strength n/cm 0.08,150,-70-260,1250,170/145 0.13,275,-70-260,1250,330/250 0.18,380,-70-260,1250,410/300 0.25,520,-70-260,1250,560/345 0.35,710,-70-260,4100,810/450 0.40,820,-70-260,4100,950/500 0.45,915,-70-260,4100,980/500 0.55,1030,-70-260,4100,1000/500 0.65,1120,-70-260,4100,1080/580 0.75,1240,-70-260,4100,1100/800 1.00,1600,-70-260,4100,1500/1150
Aluminized Fabrics
Water Resistance: Taslon fabric, often polyester, has good water resistance, ideal for outdoor activities. Abrasion Resistance: Made of durable synthetic fibers, Taslon fabric resists abrasion, suitable for frequent wear. Wrinkle Resistance: Taslon fabric is wrinkle-resistant, maintaining garment neatness without frequent ironing. Breathability: Despite its water resistance, Taslon fabric typically offers breathability for comfort. Quick Drying: Thanks to polyester's properties, Taslon fabric dries quickly after washing, facilitating easy care. Material Composition: Taslon fabric is usually composed of polyester fibers.
GSM Ranging from 12 to 150 Colors Available : According to customers choice standard width : 3.2 meter. 1.6 meter 80 cms 3 meter, 1.5 meter specially treated Fabric: Hydrophilic Fire Retardent UV Treated use only premium grade polypropylne (sabic imported) for manufacture minimum quantity for any export order is one 40 FT container around 11.5 tons. 1) white fabric 50 to 150 gsm . 2300 US ton FOB 2) any other color fabric for 50 to 150 gsm ; 2340 US per ton FOB 3) For GSM 12 to 20 any color 2450 USD / tonn fob Extra chargesfor specially treated fabric Minimum Order Quantity; 1x40' container preference for High GSM Fabric 40 to 120 GSM consider width of Machine. 3200 mm Application: Medical : Face Mask ,Shoe covers, Bed lines and Curtains in hospitals, Surgical Drapes, Wraps, and Medical Gowns, Hygine: Dipers Industry. Baby and Adult Face wipes, Sanitary Napkins and other feminine products due to their inert Nature Furniture Upholstery. It is used in Furniture industry, underlining sofa, pillows, and Mattress ticking , curtains and many more items Mattress Construction: It is Extensively in Construction of Mattresses Agriculture , Horticulture & Landscaping : Used in crop Protection, has specialized UV absorbers / Stabilizers incorporated in it ensures protection from Sunrays Packaging; It is used in Making Products like shopping bags, Tea Bags, rice Bags, Flower Wrapping and Protective Packaging Luggage & Shoe Lining : used in Products like bags, Shoes, Bandbags, Wallets, Purses, and More Speciality Fabrics. : used in Resistence Fabric, Antistatic Fabric used in fire Retardent fabrics, antistatic fabric, antibacterial and hydrophilic Treatments Other Application like CD cover, & Disposal, underwear, laundry sheets, and value added products like Fabric Flexo Printing Fabric , slitting and Lamination
Basalt Fiber Series Fabric 1. Production: basalt fiber fabric is made of continuous basalt fiber textile yarn through warping, weaving and coating. 2. Weaving methods according to requirements: unidirectional cloth, plain cloth, twill cloth and grid cloth. 2. Application: reinforced mesh cloth, fireproof cloth, fishing rod cloth, luggage decoration cloth, electrical insulation cloth, bulletproof cloth, etc. 3. Packaging: 100M / roll (or customized as required). 4. Performance: high strength, high temperature resistance, good electrical insulation, non hygroscopic, acid and alkali corrosion resistance.High temperature resistance 1000 �° C 5. Specification and model: bfw16 * 20-100 (120) BFW: basalt fiber fabric;Completely replace carbon fiber sheet building reinforcement 16 * 20: the warp and weft density of yarn is 16 and 20 pieces / cm respectively; 100: the width of the fabric is 100 cm; (120): the mass per unit area of fabric is 120 g / m2. BFNP5*5-200(160) BFNP: basalt fiber mesh cloth (coated and shaped); 5 * 5: the longitude and latitude mesh size of the cloth surface is 5 and 5mm; 200: the width of the grid is 200 cm; (160): the weight of grid cloth per unit area is 160g / m2.
Composite fabrics are engineered by combining two or more different materials to form a multi-layer structure using special bonding or mechanical methods. This design leverages the strengths of each material while compensating for their individual weaknesses, resulting in enhanced overall performance. Types of Composite Fabrics Coated Composite Fabrics: Produced by coating a base fabric with materials like polyurethane or polyvinyl chloride, offering waterproofing, windproofing, and breathability. Laminated Composite Fabrics: Bonded layers using adhesives or heat-press techniques, common in outdoor clothing and sportswear. Sandwich Composite Fabrics: Feature an additional functional layer, such as insulation, between two fabric layers, ideal for warm clothing. Knitted Composite Fabrics: Knitted with different yarns, providing unique elasticity and comfort. Key Characteristics Multi-functionality: Combines benefits like waterproofing, breathability, warmth, and durability. Comfort: Improves the feel and wearability. Durability: Enhances tear and abrasion resistance. Aesthetic Appeal: Offers varied design effects. Applications Clothing: Outdoor wear, sportswear, casual wear, and functional underwear. Home Textiles: Bedding, curtains, and sofa fabrics. Industrial: Filter materials, protective clothing, tents, and sunshades. Medical: Protective clothing, surgical gowns, and medical bed sheets. Composite fabrics provide versatile, high-performance solutions across various sectors due to their enhanced functionality and durability.
Abrasion Resistance: Chambray fabric is highly durable, ideal for frequently worn garments. Easy Care: Typically made from synthetic fibers, chambray fabric is easy to clean. Smooth Texture: It has a soft feel and smooth surface, offering high comfort. Breathability: Chambray fabric usually boasts good breathability, suitable for all seasons. Vibrant Colors: This fabric often showcases bright colors and is easy to dye.
Smooth Texture: Taffeta, made from silk, polyester, or nylon, has a smooth surface, soft feel, and high comfort. Luster: This fabric typically has a sheen, making garments more eye-catching in light. Sturdy Durability: Taffeta often boasts strong abrasion resistance, minimizing wear and tear for longevity. Easy Care: Due to its smooth surface, taffeta fabric is easy to clean, usually machine or hand washable. Dimensionality: Taffeta is commonly used for pleating, adding depth to garments when worn. Material Composition: Taffeta fabric is usually composed of silk, polyester, or nylon synthetic fibers.
Flame-retardant textile fabrics are specially designed materials that have undergone treatment to reduce their flammability. These fabrics are engineered to withstand exposure to flames or high temperatures, effectively slowing down the spread of fire and reducing the risk of ignition. These fabrics find extensive use in various industries and applications where fire safety is critical, such as: 1.Industrial Settings: Used in protective clothing for workers in industries like oil and gas, mining, and chemical processing where there is a risk of fire or thermal hazards. 2.Public Spaces: Utilized in public transportation (like trains and airplanes) and public buildings (such as theaters and hotels) to meet fire safety regulations and protect occupants. 3.Home Furnishings: Used in curtains, upholstery, and bedding to enhance fire safety in residential settings. Flame-retardant textiles are typically treated with chemical agents during manufacturing or finished with inherently flame-resistant fibers like modacrylic, aramid, or certain polyester blends. These fabrics undergo rigorous testing to meet industry standards and regulations for fire safety.
