Tensile Structure Our Tensile structure fabric is built with Panama base knife coated fabric . The use of fabric structures gives you the flexibility to create the unique design you need to beckon visitors inside. They also offer superior comfort & protection from the sun & also reduce energy costs. Features· Highly Flexible, yet Resistant to Cracking· Durable and Weather-Resistant· Excellent UV Resistant· Easy Maintenance Guaranteed· Self-Cleaning System Applied· Full range of Welding Options : HF, Hot Air, Sewing, etc. Physical CharacterPropertiesUnitsTest method Average value Base Fabric YarnDtex High tenacity polyester 1100 Dtex Finish: Glossy with two side Lacquering CoatingPVC coatingColorAs per the request Base Fabric DensityThread/cmFZ/T01003 30x30 PanamaWidthcmFinished Fabric WeightGram/m2FZ/T01003 900±5%Thickness - finished productmmGB/T6672-2001 0.80±0.03Tensile strength at MDN/5cmGB/T1040 3600Tensile strength at CDN/5cmGB/T1040 3400Tearing Strength at MDN/5cmGB/T16578380Tearing Strength at CDN/5cmGB/T16578360Peeling StrengthN/5cmGB/T3917120Temperature range?? -20 ~ +70Flame retardancyNFPA-701,B1 ,B2,M1.M2 ,OptionalTreatmentUVYESMOQ M2000LMPackingKraft paperLead time20-25daysPayment conditions:30% TT IN ADVANCE OR L/C AT SIGHT20'Container quantity: About 22,000sq.meterFields of Application : · Tensile structures· Large format technical textiles· Tensile structures· Portable storage structures· Airport hangars· Shade systems, shadings· Sportshalls· Architectural structuresWASH AND CARE OF PVC FABRICS· Use a neutral or slightly alkaline washing liquid (do not use solvents).· Follow the instructions of the detergent manufacturer.· Do not use hot water (max. temperature +40 °C).· Avoid strong mechanical abrasion.· Rinse well after washing.· Dry before packing or storing.· When using a pressure washer, follow the instructions of the manufacturer.· Damaged technical fabric can be repaired using PVC adhesive and a piece of tarp.
21. 320T pongee composite TPU membrane waterproof fabric. 22. 330T pongee PU floral film composite 5,000 water pressure waterproof fabric. 23. Flat peach brushed polyester fabric Clothing luggage fabric lining recycled and environmentally friendly peach skin fabric. 24. New 150D cationic plaid jacquard imitation linen antistatic clothing fabric. 25. New 160D woven cationic twill imitation linen denim style cloth anti-static clothing fabric. 26. New 300D woven cationic houndstooth breathable anti-static clothing fabric. 27. New cationic 75D2150D imitation linen plaid fabric, soft touch antistatic fabric. 28. New woven cationic four-way stretch fabric breathable outdoor sports and leisure wear work clothes fashion fabric. 29. Non-fried flat peach fabric Casual beach pants fashion fabric Outdoor functional fabric peach skin velvet. 30. Non-smooth flat peach waterproof and anti-velvet PA coated clothing Foreign trade fashion fabric supports customization. 31. Outdoor laminating fabric Waterproof PU laminating fabric TPE laminating EVA composite fabric customization. 32. Polyester elastic anti-static dobby 240T pongee eco-dyed cold weather clothing fabric. 33. Polyester hot stamping fabric, waterproof pongee fabric, customized rainbow film transfer fabric. 34. Polyester pongee offset printing fabric Thermal transfer hot stamping polyester taffeta fabric. 35. Polyester pongee silver film waterproof fabric. 36. Polyester stretch silk horizontal stripe pongee jacquard fabric, waterproof and antistatic functional fabric, can be customized according to OEM requirements. 37. Polyester windbreaker and down jacket fabric, shirt fashion fabric, women's cheongsam dress fabric. 38. Selling polyester pongee 210T elastic down jacket fabric lining cotton coat lining fabric. 39. Twill pongee fabric multifunctional coat waterproof fabric raincoat umbrella tent coated fabric.
Supplier: Tension, fabric, structures, tensile, membrane, shade, tent, systems, custom, designed, cable, structure, tensile, tension, membrane, shade, PVC, covered, roof, systems, tension, fabric, building, shade, systems, aluminum, frame, fabric, structures, indoor, outdoor, lighting, standalone, tensioned, custom, light, lighting
SPECIFICATIONS Capacity : 20 million meters/ year Coating : Doule dot PA, PES Width : 36", 40", 44", 60" Weight : 15gsm - 80gsm APPLICATIONS Vest Dress Polo, Shirt Bed nets
Tensile Structure Tensile structure fabric is built with Panama base fabric and fire retardant treatment to meet NFPA701 ,B1 or M2 ,The tensile structure fabric has a lacquered finish to allow for easy maintenance and is built with great strength properties to ensure your product with withstand adverse weather conditions . Physical CharacterPropertiesUnitsTest method Average value Base Fabric YarnDtex High tenacity polyester 1500 D Finish: Glossy with two side Lacquering CoatingPVC coatingColorAs per the request Base Fabric DensityThread/cmFZ/T01003 30x30 PanamaWidthcmUp to 320Finished Fabric WeightGram/m2FZ/T01003 1500±5%Thickness - finished productmmGB/T6672-2001 1.20±0.03Tensile strength at MDN/5cmGB/T1040 6000Tensile strength at CDN/5cmGB/T1040 5500Tearing Strength at MDN/5cmGB/T16578800Tearing Strength at CDN/5cmGB/T16578700Peeling StrengthN/5cmGB/T3917120Temperature range?? -20 ~ +70Flame RetardancyNFPA-701,B1 ,B2,M1.M2 ,OptionalTreatmentUVYESMOQ M2000LMPackingKraft paperLead time20-25daysPayment conditions:30% TT IN ADVANCE OR L/C AT SIGHT20'Container quantity: About 20,000sq.meterFields of Application :· Tensile structures· Large format technical textiles· Tensile structures· Portable storage structures· Airport hangars· Shade systems, shadings· Sportshalls· Architectural structuresWASH AND CARE OF PVC FABRICS· Use a neutral or slightly alkaline washing liquid (do not use solvents).· Follow the instructions of the detergent manufacturer.· Do not use hot water (max. temperature +40 °C).· Avoid strong mechanical abrasion.· Rinse well after washing.· Dry before packing or storing.· When using a pressure washer, follow the instructions of the manufacturer.· Damaged technical fabric can be repaired using PVC adhesive and a piece of tarp.
About Meltblown Nonwoven Melt blown is a one step process to make fabrics from polymer. The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided. The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding. The main purpose of melt blown fabric is to provide barrier property for the liquid. Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form. Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric. Characteristics of Meltblown fabrics are: The main desired characteristics expected for melt blown nonwoven fabrics are: Adjustable Pores And Capillary Structure Excellent barrier properties Filament size 1 -3 �?�µm High Elasticity High Filtration capability Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD). Large Area-to-weight ratio Self-bonding The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2. Very good thermal insulation for apparel application Weak tensile properties Wicking Properties Application of spun-bond nonwoven fabrics: Sanitary and Hygiene: Sanitary napkins, Baby diapers and Incontinence diapers Medical and Surgical: Gowns, Face masks, Caps, Drapes, etc Other Miscellaneous Applications: Filtration Material, Agriculture, Oilsorbents Hot-melt adhesives Headliners, etc
About Meltblown Nonwove Melt blown is a one step process to make fabrics from polymer. The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided. The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding. The main purpose of melt blown fabric is to provide barrier property for the liquid. Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form. Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric. Characteristics of Meltblown fabrics are: The main desired characteristics expected for melt blown nonwoven fabrics are: Adjustable Pores And Capillary Structure Excellent barrier properties Filament size 1 -3 �µm High Elasticity High Filtration capability Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD). Large Area-to-weight ratio Self-bonding The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2. Very good thermal insulation for apparel application Weak tensile properties Wicking Properties Application of spun-bond nonwoven fabrics: Sanitary and Hygiene: Sanitary napkins, Baby diapers and Incontinence diapers Medical and Surgical: Gowns, Face masks, Caps, Drapes, etc Other Miscellaneous Applications: Filtration Material, Agriculture, Oilsorbents Hot-melt adhesives Headliners, etc
About Meltblown Nonwoven Melt blown is a one step process to make fabrics from polymer. The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided. The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding. The main purpose of melt blown fabric is to provide barrier property for the liquid. Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form. Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric. Characteristics of Meltblown fabrics are: The main desired characteristics expected for melt blown nonwoven fabrics are: Adjustable Pores And Capillary Structure Excellent barrier properties Filament size 1 -3 �?�µm High Elasticity High Filtration capability Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD). Large Area-to-weight ratio Self-bonding The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2. Very good thermal insulation for apparel application Weak tensile properties Wicking Properties Application of spun-bond nonwoven fabrics: Sanitary and Hygiene: Sanitary napkins, Baby diapers and Incontinence diapers Medical and Surgical: Gowns, Face masks, Caps, Drapes, etc Other Miscellaneous Applications: Filtration Material, Agriculture, Oilsorbents Hot-melt adhesives Headliners, etc
About Meltblown Nonwoven â?¢ Melt blown is a one step process to make fabrics from polymer. â?¢ The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided. â?¢ The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding. â?¢ The main purpose of melt blown fabric is to provide barrier property for the liquid. â?¢ Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form. â?¢ Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric. Characteristics of Meltblown fabrics are: The main desired characteristics expected for melt blown nonwoven fabrics are: â?¢ Adjustable Pores And Capillary Structure â?¢ Excellent barrier properties â?¢ Filament size 1 -3 �µm â?¢ High Elasticity â?¢ High Filtration capability â?¢ Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD). â?¢ Large Area-to-weight ratio â?¢ Self-bonding â?¢ The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2. â?¢ Very good thermal insulation for apparel application â?¢ Weak tensile properties â?¢ Wicking Properties Application of spun-bond nonwoven fabrics: â?¢ Sanitary and Hygiene: â?¢ Sanitary napkins, â?¢ Baby diapers and â?¢ Incontinence diapers â?¢ Medical and Surgical: â?¢ Gowns, â?¢ Face masks, â?¢ Caps, â?¢ Drapes, etc â?¢ Other Miscellaneous Applications: â?¢ Filtration Material, â?¢ Agriculture, â?¢ Oilsorbents â?¢ Hot-melt adhesives â?¢ Headliners, etc
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.
