Fireproof Fiberglass Cloth Coated With Vermiculite
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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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- Quality Product
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- Timely Delivery
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Description: Vermiculite coated fiberglass fabrics is mainly composed of alkali-free glass fiber and vermiculite, in which glass fiber is the substrate and vermiculite is the coating material. Vermiculite is a natural mineral. The vermiculite coating makes the composite glass fiber cloth resistant to high temperature in a short time to 1000℃ and continuous temperature resistance to 800℃.In the production process, the vermiculite is uniformly coated on the fiberglass products, and then dried in the subsequent process, the vermiculite settles on the fiberglass products, so as to produce coated vermiculite glass of different thicknesses and specifications Fiber products. At the same time, the glass fiber cloth has stronger fire breakdown resistance and friction resistance, and good mechanical processing performance.
Features: High Temperatures And Abrasion Resistant, Heat Protection
Application: high temperature gloves, high-temperature gaskets, and other high-temperature personal protective equipment, insulation blankets, welding blankets, welding pads, thermal protection, high temperature lagging, high temperature sealing, fire curtains, thermal insulation curtain, expansion joints
PRICE: USD7 per square meter
UNIT: square meter
MOQ: 500 square meters
Weight: 600gsm-3000gsm or customized
Width: 0.9m-2m or customized
Yarn Type: E-glass
Standing temperature: 850℃-1000℃
Product name: Vermiculite coated fiberglass fabric
Coating/Finish/Surface Treatment: Vermiculite coated
Roll length: 50 meter or customized
Color: Yellow
Weave Type: plain woven
Alkali content: Alkali free
Processing service: cutting
Material: fiberglass fabric, Vermiculite
Thickness: 0.6mm to 3mm
Size: can be customized
Supply ability: 300000 meters per month
Packaging: Vermiculite coated fiberglass fabrics rolls covered with film packed in cartons loaded on pallets or according to customers' requirements.
Lead time: 7-30 days
- Q:
- There are several different weaves available in fiberglass fabric, each with its own unique characteristics and applications. Some of the most common weaves include: 1. Plain Weave: This is the most basic and commonly used weave in fiberglass fabric. It consists of a simple over-under pattern, with each weft yarn passing alternately over and under each warp yarn. Plain weave fabrics have good stability, high strength, and are suitable for a wide range of applications. 2. Twill Weave: Twill weave is characterized by a diagonal pattern created by the interlacing of the weft yarns. This weave provides excellent drapability and conformability, making it ideal for applications that require flexibility and ease of handling. Twill weave fabrics also have good strength and are commonly used in areas such as aerospace, automotive, and marine industries. 3. Satin Weave: Satin weave fabrics have a unique pattern where the weft yarns float over multiple warp yarns before interlacing. This creates a smooth and lustrous surface with minimal yarn crimp. Satin weave fabrics offer exceptional drapability, high strength, and a luxurious appearance. They are often used in high-end applications such as aircraft interiors, sports equipment, and premium automotive parts. 4. Leno Weave: Leno weave is characterized by pairs of warp yarns that twist around each other after each weft insertion. This weave creates an open, mesh-like structure that offers good breathability and allows for air and liquid flow. Leno weave fabrics are commonly used in filtration, reinforcement, and composite applications. 5. Basket Weave: Basket weave consists of multiple warp yarns woven together with multiple weft yarns. It creates a checkerboard-like pattern with a balanced construction. Basket weave fabrics offer good stability and are often used in applications that require high dimensional stability and resistance to distortion. These are just a few examples of the different weaves available in fiberglass fabric. The choice of weave depends on the specific requirements of the application, such as strength, flexibility, breathability, or appearance.
- Q:Glass fiber cloth can be made into handbags, requirements of high temperature 680 degrees or more
- There are many kinds of glass fiber fabric, you can choose as long as you choose, such as medium and high strength glass fiber cloth".
- Q:
- Yes, fiberglass fabrics can indeed be used for reinforcement in sporting goods. The strong and lightweight properties of fiberglass make it an ideal material for enhancing the strength, durability, and performance of various sporting equipment such as bicycles, kayaks, tennis rackets, and even helmets. Its ability to withstand high impact and resist corrosion makes fiberglass fabrics a popular choice for reinforcing sporting goods.
- Q:
- Due to its exceptional properties and advantages, fiberglass fabric finds extensive use in the manufacture of wind turbine blades. Typically woven from lightweight and durable fiberglass filaments, the fabric serves as the primary structural material for these blades. To form a strong and rigid composite material known as fiberglass-reinforced polymer (FRP), the fabric is layered and impregnated with a resin, such as epoxy. This FRP composite enables the blades to withstand the forces and stresses experienced during operation in the wind. Incorporating fiberglass fabric into wind turbine blades involves several steps. Firstly, a mold is created in the shape of the blade using a positive model. Then, layers of fiberglass fabric are meticulously placed onto the mold, with each layer oriented in a specific direction to optimize the mechanical properties of the blade. The fabric layers are thoroughly impregnated with resin, ensuring a solid bond throughout the structure. This process may be repeated multiple times to increase the blade's thickness and strength. The advantages of using fiberglass fabric in wind turbine blades are plentiful. Firstly, its lightweight nature allows for the construction of longer and larger blades, enhancing energy capture efficiency from the wind. Additionally, the fabric is highly resistant to corrosion, making it ideal for outdoor applications where the blades face harsh environmental conditions. Moreover, the inherent flexibility of fiberglass fabric enables the blades to bend and twist in response to changing wind conditions, reducing unnecessary stress and improving overall performance. The fabric also exhibits resistance to fatigue, ensuring its structural integrity even under repeated loading cycles. In conclusion, fiberglass fabric plays a vital role in the production of wind turbine blades, providing the necessary strength, durability, and flexibility for efficient and reliable energy generation. Its lightweight nature, corrosion resistance, and fatigue resistance make it an ideal material choice for constructing blades capable of withstanding the demanding operating conditions of wind turbines.
- Q:
- The fiberglass fabric's standard lengths may differ based on the manufacturer and the specific product. Nevertheless, typical options generally span from 50 to 100 yards. For smaller projects or customers seeking lesser quantities, certain manufacturers might provide shorter lengths like 25 or even 10 yards. To ascertain the precise lengths obtainable for the desired fiberglass fabric, it is crucial to consult the specific manufacturer or supplier.
- Q:
- Aerospace structures can utilize fiberglass fabric as a reinforcement material. Fiberglass, known for its lightweight and high-strength properties, possesses excellent mechanical characteristics including high tensile strength and stiffness. It also exhibits a low coefficient of thermal expansion, which is beneficial in aerospace scenarios where temperature changes are likely. In composite structures, fiberglass fabric is commonly used as reinforcement, often combined with a resin matrix like epoxy or polyester. The fabric is impregnated with resin and then cured to form a rigid composite material. This material is employed in the production of various aerospace components such as aircraft wings, fuselage panels, and engine parts. An advantage of using fiberglass fabric as reinforcement in aerospace is its impressive resistance to corrosion. Unlike metals, fiberglass does not rust or corrode, making it suitable for harsh environments encountered during high-altitude flights or exposure to extreme weather conditions. Additionally, fiberglass is non-conductive, which is advantageous for aerospace structures requiring electrical insulation. Furthermore, fiberglass fabric is relatively cost-effective compared to other reinforcement materials like carbon fiber. This makes it an appealing choice for aerospace manufacturers striving for a balance between performance and cost efficiency. However, it is crucial to consider the specific application and requirements of the aerospace structure when selecting the appropriate reinforcement material. While fiberglass fabric offers numerous advantages, certain applications may demand even greater strength or specific properties better provided by other materials.
- Q:
- Fiberglass fabric is an excellent choice for handling abrasion in mining operations due to its exceptional durability and resistance to wear and tear. In mining operations, where abrasive materials such as rocks, stones, and minerals are commonly encountered, fiberglass fabric stands up well to the harsh conditions. One of the key properties of fiberglass fabric is its high tensile strength, which enables it to withstand the constant rubbing and scraping against abrasive surfaces. The fabric's tightly woven structure provides a protective barrier, preventing the abrasive particles from penetrating the material and causing damage. Additionally, fiberglass fabric is highly resistant to chemical corrosion, which is often present in mining environments. It can withstand exposure to various acids, alkalis, and other corrosive substances commonly found in mining operations. This resistance ensures that the fabric remains intact and functional even when exposed to these harsh chemicals, further enhancing its durability against abrasion. Furthermore, fiberglass fabric is known for its excellent heat resistance, making it suitable for mining operations that involve high temperatures. It can withstand extreme heat conditions without losing its structural integrity or degrading in performance. This property is especially crucial in operations such as smelting, where intense heat is involved. Moreover, fiberglass fabric is lightweight and flexible, making it easier to handle and install in mining equipment. Its flexibility allows it to conform to irregular shapes and surfaces, ensuring a snug fit and maximum protection against abrasion. In summary, fiberglass fabric is an ideal choice for handling abrasion in mining operations due to its exceptional durability, resistance to wear and tear, chemical corrosion, and heat resistance. Its high tensile strength, flexibility, and lightweight nature make it a reliable and practical solution for protecting mining equipment and machinery from the abrasive forces encountered in these operations.
- Q:Sofa three proofing fabric and 6 anti distinction
- Three proof cloth is PVC coated glass fiber cloth. Three cloth is coated on the surface of PVC, PTFE refractory fiber, flame retardant silicone and other refractory materials, make fire waterproof mildew proof function, refractory fiber with fire, PVC, PTFE, silica gel has a waterproof function.
- Q:
- Fiberglass fabric possesses remarkable dimensional stability, which is characterized by its capacity to sustain its shape and size without substantial stretching, shrinking, or warping in diverse circumstances. This outstanding dimensional stability is primarily attributed to the composition of fine glass fibers that are interlaced to create a taut and uniform structure. The glass fibers employed in fiberglass fabric demonstrate a high tensile strength, rendering them resistant to elongation or stretching. Consequently, the fabric remains true to its original dimensions even when subjected to mechanical stress or tension. Moreover, the glass fibers exhibit a low coefficient of thermal expansion, signifying minimal expansion or contraction in response to temperature fluctuations. This thermal stability greatly contributes to the fabric's ability to uphold its shape and size across a wide range of temperatures. Additionally, fiberglass fabric exhibits exceptional resistance to moisture absorption and chemical degradation. Unlike many other fabrics, fiberglass fabric repels water, thereby preventing significant absorption and subsequent dimensional alterations caused by moisture. Furthermore, the chemically inert nature of the glass fibers ensures resistance to most chemicals, safeguarding the fabric against chemical degradation that may compromise its dimensional stability. In conclusion, fiberglass fabric possesses excellent dimensional stability, making it a preferred choice in numerous industries such as aerospace, automotive, construction, and marine. Its capacity to maintain its shape, size, and structural integrity under diverse conditions renders it suitable for applications that demand consistent and dependable performance.
- Q:
- Fiberglass fabric offers numerous benefits for construction purposes. Firstly, it boasts exceptional strength and durability, with a high tensile strength that enables it to withstand substantial forces without breaking or tearing. This makes it ideal for reinforcing structures and providing added strength to various construction elements. Secondly, fiberglass fabric is lightweight in comparison to materials like steel or concrete. This lightness makes it easier to handle and transport, resulting in increased efficiency and reduced labor costs during the construction process. Moreover, fiberglass fabric exhibits impressive resistance to corrosion. Unlike metals, which are prone to rust over time, fiberglass fabric remains unaffected, making it a long-lasting and low-maintenance option for construction projects. Its resistance to corrosion also enables its use in various environments, including those with high moisture or chemical levels. Additionally, fiberglass fabric is a non-conductive material, making it perfect for applications where electrical insulation is necessary, such as electrical panels or wiring systems. It provides a safe and reliable solution for preventing electrical currents from passing through and causing potential hazards. Another advantage of using fiberglass fabric in construction lies in its versatility. It can be molded and shaped into various forms, allowing for customization and flexibility in design. This versatility empowers architects and builders to create unique structures and achieve specific aesthetic goals. Lastly, fiberglass fabric is fire-resistant. It possesses a high melting point and does not support combustion, making it a safer option in terms of fire protection. By incorporating fiberglass fabric into construction projects, the risk of fire spreading and causing extensive damage can be significantly reduced. In conclusion, the benefits of using fiberglass fabric in construction include its strength, lightweight nature, corrosion resistance, electrical insulation properties, versatility, and fire-resistant qualities. These advantages make it a reliable and efficient material choice for a wide range of construction applications.
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