About Aramid Fabric With Spun Yarn Glass Filament Core
Aramid spun yarn with glass filament core made webbing has excellent characteristic of higher temperature resistance. The glass filament increase the higher temperature resistance up to 550 degrees C. Not only can at -196 degrees to 304 degrees temperature range used continuously without obvious change but also not dissolved and combustion. However, even at low temperature of 196 degrees, there is no phenomenon of brittle and loss of performance, also can tolerate temperatures up to 560 degrees for a short time contact.
Feature of Paramtex Aramid spun yarn with glass core:
1.High tensile strength;
2.Low elongation, high modulus, high fracture strength;
3.High temperature resistant and flame retardant;
4.High chemical resistance, high stability and resistance to change;
5.Low coefficient of thermal expansion;
6.Low specific gravity;
7.Electrical insulator.
Application
Because of the Aramid spun yarn with glass core fabrics unique high tensile strength and low density characteristics. The product used for industrial fire suits, gloves, insulation mat products and so on.
Outstanding Durability and ResistanceThis fabric's unique blend of aramid fibers and a spun yarn glass filament core delivers impressive abrasion, tear, and chemical resistance. Designed for durability, it's suitable for environments requiring high strength and reliability. Its ability to withstand harsh chemicals, UV exposure, and flame makes it an ideal choice for heavy-duty industrial and protective uses.
Versatile Applications Across IndustriesEngineered for high-performance, this fabric finds usage in insulation, reinforcement, protective clothing, and custom industrial solutions. Available in a 1000 mm width with custom sizing, it meets the diverse needs of manufacturers, exporters, and traders globally. Its reliability in extreme heat and hazardous conditions fosters safer and more resilient products.
Precision Manufacturing and CustomizationProduced with strict tolerances and consistent quality, the fabric is manufactured with a plain weave and medium hardness. It is supplied in 50-meter rolls, ensuring convenience and uniformity for industrial processes. Customers benefit from the option to tailor sizing and choose from multiple thicknesses or densities for specific applications.
FAQ's of Aramid Fabric With Spun Yarn Glass Filament Core:
Q: How is Aramid Fabric With Spun Yarn Glass Filament Core manufactured?
A: The fabric is created by weaving aramid fibers with a glass filament spun yarn core in a plain weave pattern. This process combines the high strength and flame-resistant properties of aramid with the stability and structural reinforcement of glass filament, resulting in a highly durable and versatile material.
Q: What are the primary advantages of using this fabric in industrial applications?
A: The main benefits include exceptional abrasion and chemical resistance, high tensile and tear strength, good thermal stability up to 550C, minimal shrinkage, low water absorption, and excellent flame retardancy. These attributes make it highly reliable for demanding industrial environments and protective solutions.
Q: When should this fabric be selected over other reinforcement materials?
A: Choose this fabric when your application requires superior flame resistance, minimal elongation, and strength in challenging environments with exposure to acids, alkalis, UV, or high temperatures. It's ideal for protective clothing, industrial insulation, and structural reinforcements where safety and durability are paramount.
Q: Where is the fabric commonly used?
A: This aramid fabric is widely used across industries such as electrical insulation, construction reinforcement, manufacturing of protective garments, aerospace, and automotive sectors. It is sourced and distributed from manufacturing hubs in China and is available globally through exporters, suppliers, and distributors.
Q: What are the usage guidelines and handling tips for this fabric?
A: Handle the fabric with care to avoid damage to the woven structure. Cut using sharp tools for precise, clean edges, and ensure it is stored in a dry, UV-protected environment to maintain its properties. Custom sizes can be ordered to suit specific application requirements.
Q: What makes this fabric especially resistant to harsh chemicals and heat?
A: The combination of aramid fibers and glass filament core provides a molecular structure that resists degradation by many acids, alkalis, and temperatures as high as 550C. The reinforcement and stability offered by the core, along with low water absorption, sustain the fabric's integrity in aggressive environments.
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