High Temperature Insulation Kevlar Fabric

High Temperature Insulation Kevlar Fabric

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Loading Port:: Ningbo

Payment Terms:: TT OR LC

Min Order Qty:: 500 m²

Supply Capability:: 300000 m²/month

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PRICE: USD10 per square meter

UNIT: square meter

MOQ: 500 square meter

Weight: 50-460gsm

Width: 1-1.8m

Roll length: 100 meters or customized

Weave Type：plain, twill

Material: fiberglass

Size: can be customized

Supply ability: 300000 meters per month

Packaging: Rolls packed In cartons loaded on pallets or according to customers' requirements.

Lead time: 7-30 days

Description: Kevlar® fabric is made by kevlar continuous filament fiber yarn. The kevlar is a famous brand of Dupont. Currently, there are available with K29, K49, part of K129 fabrics.
For economic purpose, we also supply China local supplier's para aramid fiber yarn.

Application: High strength lamination; Bulletproof; Fireproof

Q: Can fiberglass fabric be used for making insulation tape?: Yes, fiberglass fabric can be used for making insulation tape.

Q: Can fiberglass fabrics be used for reinforcement in wind turbine blades?: Yes, fiberglass fabrics can be used for reinforcement in wind turbine blades. Fiberglass fabrics have several properties that make them suitable for this application. Firstly, they have high strength-to-weight ratio, which means they provide excellent strength without adding excessive weight to the blades. This is crucial for wind turbine blades as they need to be lightweight to efficiently capture wind energy. Additionally, fiberglass fabrics have excellent fatigue resistance, which is important for wind turbine blades as they are subjected to constant cyclic loading due to wind forces. The ability of fiberglass fabrics to withstand repeated stress without degradation ensures the longevity and durability of the blades. Moreover, fiberglass fabrics have good dimensional stability, meaning they do not shrink or expand significantly when exposed to temperature variations or moisture. This property is essential for wind turbine blades as they need to maintain their shape and structural integrity in varying environmental conditions. Furthermore, fiberglass fabrics are corrosion-resistant, which is beneficial for wind turbine blades as they are exposed to harsh outdoor environments with high levels of moisture and salt. The corrosion resistance of fiberglass fabrics helps to protect the blades from degradation and increases their lifespan. Overall, fiberglass fabrics offer a range of properties that make them suitable for reinforcement in wind turbine blades, including high strength-to-weight ratio, fatigue resistance, dimensional stability, and corrosion resistance. These properties contribute to the efficient and durable operation of wind turbines.

Q: Are fiberglass fabrics resistant to UV degradation?: Yes, fiberglass fabrics are generally resistant to UV degradation. Fiberglass is made from fine strands of glass woven together to create a strong and durable fabric. These glass fibers have inherent resistance to the harmful effects of UV radiation. This means that fiberglass fabrics can withstand prolonged exposure to sunlight without significant degradation. However, it is important to note that while fiberglass itself may be UV resistant, the coatings or finishes applied to the fabric may not be. Therefore, it is advisable to check the specific product specifications or consult with the manufacturer to ensure the level of UV resistance of a particular fiberglass fabric.

Q: Are there any specific certifications or standards for fiberglass fabrics?: Yes, there are specific certifications and standards for fiberglass fabrics. One of the most widely recognized certifications for fiberglass fabrics is the ISO 9001:2015 certification, which signifies that the manufacturer has implemented a quality management system and meets the international standards for product quality. In addition, there are specific standards developed by organizations like ASTM International (formerly known as the American Society for Testing and Materials) that outline the testing methods and performance requirements for fiberglass fabrics. For example, ASTM D579-67(2013) provides standard specifications for glass fiber fabrics, while ASTM D3774-16a covers the testing of woven fabrics. Furthermore, there are industry-specific certifications that fiberglass fabric manufacturers may seek, such as the NORSOK M-710 certification for offshore applications or the MIL-STD-810 certification for military-grade fabrics. These certifications and standards help ensure that fiberglass fabrics meet certain quality, safety, and performance criteria. They provide customers with confidence in the product's reliability and help manufacturers demonstrate their commitment to producing high-quality fiberglass fabrics.

Q: Can fiberglass fabric be used for reinforcement in marine applications?: Marine applications can benefit from the use of fiberglass fabric for reinforcement. This type of fabric is widely chosen for its ability to strengthen and reinforce various parts of boats and other marine structures. Its exceptional strength-to-weight ratio makes it an ideal material for enhancing the structural integrity of marine components. Boats commonly utilize fiberglass fabric to reinforce hulls, decks, bulkheads, and other sections. It is also widely employed in the manufacturing of sailboats, powerboats, yachts, and other watercraft. The fabric can be layered multiple times to provide additional strength and durability. One notable advantage of fiberglass fabric in marine applications is its resistance to water and corrosion. It does not absorb water, making it highly suitable for marine environments where exposure to moisture, saltwater, and other harsh conditions is common. Additionally, fiberglass fabric is resistant to UV radiation, which is crucial for preserving the structural integrity and appearance of marine components. Moreover, fiberglass fabric exhibits excellent dimensional stability, allowing it to retain its shape and strength over time. This attribute is particularly important in marine applications where boats and structures are subject to constant movement, vibrations, and varying loads. In conclusion, fiberglass fabric is a versatile and dependable material for reinforcing marine applications. Its high strength-to-weight ratio, resistance to water and corrosion, and exceptional dimensional stability make it a favored choice among boat builders and marine engineers.

Q: Is fiberglass fabric resistant to chemicals in industrial settings?: Yes, fiberglass fabric is generally resistant to chemicals in industrial settings. Fiberglass is a synthetic material made from fine fibers of glass, which gives it excellent resistance to a wide range of chemicals, including acids, alkalis, solvents, and oils. This makes it well-suited for use in industries where there is exposure to various chemicals, such as chemical processing, petrochemical, and pharmaceutical industries. Fiberglass fabric is also known for its high temperature resistance and flame retardant properties, further enhancing its suitability for industrial settings. However, it is important to note that the specific resistance of fiberglass fabric to chemicals may vary depending on the specific type and concentration of the chemical being used, so it is always recommended to consult the manufacturer's specifications or conduct compatibility tests before using fiberglass fabric in a particular industrial application.

Q: How does fiberglass fabric handle abrasion in mining operations?: Fiberglass fabric is highly resistant to abrasion, making it an ideal choice for mining operations. Its strong and durable nature allows it to withstand the harsh conditions and abrasive materials commonly encountered in mining activities. Additionally, its low friction properties reduce wear and tear, ensuring a longer lifespan and minimal maintenance requirements.

Q: Can fiberglass fabric be used for insulation in storage tanks?: Yes, fiberglass fabric can be used for insulation in storage tanks. It is commonly used due to its excellent thermal insulation properties, as it helps to maintain the temperature of the stored contents and prevent heat loss or gain. Additionally, fiberglass fabric is resistant to moisture, chemicals, and corrosion, making it a suitable choice for insulation in storage tanks.

Q: How does the weave pattern affect the strength of fiberglass fabric?: The strength of fiberglass fabric is greatly influenced by its weave pattern. This pattern refers to how the individual strands of fiberglass are intertwined during production. There are various commonly used weave patterns for fiberglass fabric, namely plain weave, twill weave, and satin weave. The plain weave pattern is the simplest and most widely used. It involves an alternating over-under pattern where each strand goes over and under the adjacent strands. This pattern provides good strength and stability in both the warp and weft directions, making it suitable for a wide range of applications. Twill weave, on the other hand, creates a diagonal pattern through the interlacing of strands. This pattern offers better drapability and flexibility compared to plain weave. It also provides enhanced strength and durability, especially in the direction of the diagonal weave. Twill weave is often employed in applications that require increased resistance against wear and tear. The satin weave pattern is the most intricate and complex. It involves strands that float over several adjacent strands before interlacing again. Satin weave produces a smooth and lustrous surface, making it ideal for applications that prioritize aesthetic finishes. However, it sacrifices some strength and stability when compared to plain or twill weaves. To summarize, the weave pattern significantly impacts the strength of fiberglass fabric. While plain weave offers overall strength, twill weave enhances durability and resistance to wear and tear. Satin weave sacrifices some strength for a smoother surface and improved aesthetics. The choice of weave pattern depends on the specific requirements of the application, taking into account factors such as strength, flexibility, and appearance.