| Customization: | Available |
|---|---|
| Usage: | Knitting, Weaving, Hand Knitting, Sewing |
| Feature: | Eco-Friendly, High Strength, High Temperature-Resistant, High-Elastic |
|
Still deciding? Get samples of US$ 30/kg
Request Sample
|
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Introducing Hitex Insulation (ningbo) Co., Ltd.'s exceptional offering: our High Strength 1500d PARA Aramid Fiber Filament Yarn for Reinforcement. This state-of-the-art yarn is a remarkable blend of innovation and durability, crafted from superior aramid fibers. Renowned for its extraordinary resistance to heat and flames, this yarn is engineered for peak performance, boasting exceptional tensile strength and impact resistance. With minimal elongation at break, it stands as a stalwart choice for demanding applications. Additionally, its robust resistance to acids and alkalis makes it a versatile solution for diverse industrial needs.
High Tensile Strength:
Aramid fibers boast an outstanding strength-to-weight ratio, far exceeding that of steel, making them perfect for applications requiring superior strength. This remarkable property ensures the aramid fiber filament yarn can endure substantial stress and strain without succumbing to breakage.
Thermal Stability:
These fibers are adept at withstanding extreme temperatures while maintaining their structural integrity. Their ability not to melt under intense heat conditions makes them an excellent choice for applications demanding superior heat resistance.
Chemical Resistance:
Aramid fibers shine with their superior chemical resistance, effectively withstanding acids and alkalis without degradation. This exceptional quality makes them ideal for diverse industrial applications where chemical exposure is prevalent.
Low Flammability:
Aramid fibers possess inherent flame-resistant properties. They resist burning and will self-extinguish once the flame source is removed, a vital feature for fireproof clothing and equipment, ensuring safety and reliability.
Cut and Abrasion Resistance:
Thanks to their robust structure, aramid fibers offer exceptional resistance to cutting and abrasion, significantly enhancing the durability and lifespan of products crafted from this material.
Low Electrical Conductivity:
Aramid fibers, due to their non-conductive nature, are perfectly suited for applications where electrical insulation is a critical requirement, ensuring safety and efficiency.
Welcome to Hitex Insulation, your premier destination for superior high-temperature fabrics and textiles that redefine quality and durability. Our company is a leader in delivering an impressive array of products meticulously designed to excel in thermal insulation, welding protection, fire-fighting, sealing applications, and much more.
We are immensely proud of our vast experience and unparalleled expertise in the industry, which empower us to provide tailored solutions that perfectly address our clients' specific needs. Our team comprises highly skilled professionals dedicated to delivering exceptional products and services, consistently meeting and exceeding the highest industry standards.
At Hitex Insulation, we recognize the crucial role of quality, longevity, and performance in high-temperature fabrics and textiles. This understanding drives us to source materials exclusively from trusted and renowned suppliers and manufacturers, ensuring that every product from our facility epitomizes the pinnacle of quality.
Our commitment goes beyond just products; we are devoted to nurturing enduring relationships with our clients through exceptional customer service and unwavering support. Whether you have inquiries about a product, need assistance in selecting the optimal solution for your requirements, or require technical support, our dedicated team is always ready to provide assistance.
Thank you for choosing Hitex Insulation. We eagerly anticipate the opportunity to meet all your high-temperature fabric and textile needs with excellence and dedication.
){kind=link}