Silicon Coated Fiberglass Fabric

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 10000 m²

Supply Capability:: 500000 m²/month

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Silicone Impregnated High Temperature Resistance Silica Fiber Cloth

high mechanical strength,good heat and color resistance,good sealing property,resistance to many common chemical

Properties:
1. Service Temperature -70~300
2. Ozone, oxide, light and weathering aging resistance, excellent weather ability used in outdoors and ages may be reached to 10 years.
3. High insulation: Dielectric constant from 3 to 3.2, breakdown voltage from 20 to 50KV/mm
4. Physical and chemical properties.

Application:
1) Electric insulation: Silicone rubber coated fiberglass cloth features high grade of electric insulation and bear a load of high voltage. It fits for making products like insulation cloth and sleeves
2) Non-metallic compensator: Used as pipeline flexible coupling, non-metallic compensator helps to avoid damage caused by heat expansion and cold contraction. This membrane material specially fit for use in industries of petroleum, chemical engineering, cement, iron and steel and energy sources due to its special features of temperature resistance, anti-corrosion, anti-aging, and good elasticity and toughness
3) Anti-corrosion sector: It is good to be used as inner and outer anti-corrosion layer featuring excellent corrosion resistance, temperature resistance and high strength. It proves to be an ideal anti-corrosion material
4) Others: Apart from above application, it can also be used as sealing material, temperature resistant and anti-corrosion conveyer belt, as well as packaging material.

model	Thickness(mm)	Thickness(mil)	Breaking Strength(n/50mm)	Bursting Strength	Combustible	width
KQ-10	0.15	6	1500/1200	2.0	≤ 25%	0-1500mm
KQ-20	0.25	10	1800/1500	2.1	≤ 25%	0_ 1500mm
KQ-30	0.40	16	2000/1600	2.2	≤ 25%	0_ 1500mm
KQ-40	0.50	20	2200/1800	2.3	≤ 25%	0_ 3000mm
KQ-50	0.60	24	2400/2200	2.4	≤ 25%	0_ 3000mm
KQ-60	0.70	28	2500/2300	2.4	≤ 25%	0_ 3000mm
KQ-70	0.80	31	2600/2400	2.5	≤ 25%	0_ 3000mm
KQ-80	0.90	35	2800/2600	2.5	≤ 25%	0_ 3000mm
KQ-90	1.00	40	3000/2800	2.6	≤ 25%	0_ 3000mm
KQ-11	1.20	47	3400/3000	2.5	≤ 25%	0_ 3000mm
KQ-12	1.50	59	3700/3300	2.8	≤ 25%	0_ 3000mm
KQ-13	2.00	79	4200/3800	3.5	≤ 25%	0_ 3000mm
KQ-14	3.00	118	6500/6200	5.0	≤ 25%	0_ 1000mm

Q: How does fiberglass fabric perform in electromagnetic fields?: Fiberglass fabric is a good choice for shielding against electromagnetic fields due to its non-conductive properties. It can effectively block or attenuate electromagnetic waves, providing excellent protection against electromagnetic interference.

Q: Can fiberglass fabrics be used for insulation in HVAC ductwork?: Yes, fiberglass fabrics can be used for insulation in HVAC ductwork. Fiberglass fabrics are commonly used in HVAC ductwork insulation due to their excellent thermal properties and fire resistance. They can help reduce heat transfer and prevent energy loss by providing a layer of insulation around the ductwork. Additionally, fiberglass fabrics are easy to install and can be custom fitted to suit the specific requirements of the ductwork. They are also durable and resistant to moisture, making them suitable for both residential and commercial HVAC systems.

Q: How does fiberglass fabric perform in corrosive environments in chemical plants?: Fiberglass fabric is well-known for its excellent performance in corrosive environments in chemical plants. It is highly resistant to a wide range of corrosive chemicals, making it an ideal choice for various applications in these harsh environments. One of the primary reasons fiberglass fabric is effective in corrosive environments is its inherent non-reactivity to most chemicals. It does not corrode or degrade when exposed to acids, alkaline substances, or other aggressive chemicals commonly found in chemical plants. This non-reactivity ensures the fabric's integrity and longevity, as it remains unaffected even after prolonged exposure to corrosive agents. Additionally, fiberglass fabric has a high strength-to-weight ratio, making it capable of withstanding mechanical stresses in corrosive environments. It retains its structural integrity even when exposed to extreme temperature variations, pressure changes, or physical impacts. This durability makes it suitable for use in applications such as lining tanks, pipes, or vessels, where it can help contain corrosive substances without suffering any significant degradation. Furthermore, fiberglass fabric exhibits excellent electrical insulation properties, which is crucial in chemical plants where electrical equipment and wiring are commonly exposed to corrosive chemicals. The fabric acts as a barrier, preventing corrosive substances from coming into contact with electrical components, thereby minimizing the risk of electrical failures or accidents. Lastly, fiberglass fabric is also fire-resistant, providing an additional layer of safety in chemical plants where flammable substances are present. It has a high melting point and does not support combustion, making it suitable for applications that require fire resistance. Overall, fiberglass fabric is an exceptional choice for corrosive environments in chemical plants due to its non-reactivity to chemicals, high mechanical strength, electrical insulation properties, and fire resistance. Its ability to withstand harsh conditions while maintaining its integrity makes it a reliable and long-lasting solution for various applications within the chemical industry.

Q: What are the different strengths available in fiberglass fabric?: Fiberglass fabric is known for its exceptional strength and durability, making it a popular material in various industries. There are different strengths available in fiberglass fabric, which are determined by the type of fibers used and the weaving pattern. One of the strengths of fiberglass fabric is its high tensile strength. Tensile strength refers to the ability of a material to withstand stretching or pulling forces without breaking. Fiberglass fabric with high tensile strength can withstand heavy loads and resist deformation, making it suitable for applications that require structural integrity. Another strength of fiberglass fabric is its excellent resistance to chemical corrosion. Fiberglass is inherently corrosion-resistant, which means it can withstand exposure to various chemicals without deteriorating. This makes fiberglass fabric an ideal choice for applications in industries such as chemical processing, oil and gas, and marine. Furthermore, fiberglass fabric exhibits high heat resistance. It can withstand high temperatures without losing its structural integrity or mechanical properties. This strength makes fiberglass fabric suitable for applications that involve exposure to extreme heat, such as insulation materials, fire-resistant barriers, and protective clothing. Additionally, fiberglass fabric offers good electrical insulation properties. It has a high dielectric strength, which means it can withstand high voltages without conducting electricity. This strength makes fiberglass fabric suitable for use in electrical and electronics industries, such as insulating components and circuit boards. Moreover, fiberglass fabric is known for its lightweight yet strong characteristics. Compared to other materials with similar strength properties, fiberglass fabric is relatively lightweight. This makes it a preferred choice in applications where weight reduction is crucial, such as aerospace and automotive industries. In conclusion, fiberglass fabric comes in various strengths to cater to different industrial needs. Its high tensile strength, resistance to chemical corrosion, heat resistance, electrical insulation properties, and lightweight nature make it a versatile material for a wide range of applications.

Q: How about the difference between glass fiber cloth and ordinary chemical fiber cloth?: My major is chemical fiber. It's easy to tell apart! You can burn it with a fire. It can melt and drop like a candle. (careful not to stick to your body and burn it!) It's a synthetic fabric, not a fiberglass fabric.

Q: Can fiberglass fabric be used for reinforcement in bridge structures?: Certainly, bridge structures can utilize fiberglass fabric for reinforcement. Fiberglass fabric, a robust and enduring material, possesses numerous advantages when employed in bridge construction. The primary benefit of incorporating fiberglass fabric for reinforcement in bridge structures lies in its exceptional strength-to-weight ratio. Renowned for its remarkable strength, fiberglass fabric is significantly lighter than conventional reinforcement materials like steel. This feature renders it an ideal choice for bridges, reducing the overall weight of the structure while still providing essential strength and support. Moreover, fiberglass fabric exhibits corrosion resistance, which proves particularly advantageous for bridge structures exposed to severe weather conditions and environments. Unlike steel, which is susceptible to corrosion and rust, fiberglass fabric remains unaffected by moisture, chemicals, or the elements. Consequently, the lifespan of the bridge is extended, and maintenance and repair costs are reduced over time. Another advantage of utilizing fiberglass fabric for reinforcement in bridge structures is its flexibility and ease of installation. Fiberglass fabric can be effortlessly molded and shaped to fit the specific design requirements of the bridge, showcasing its versatility and adaptability to various structural configurations. Additionally, its installation process is relatively simple, demanding less time and labor compared to traditional reinforcement materials. Furthermore, fiberglass fabric exhibits excellent durability and longevity. It possesses a high resistance to fatigue and can endure heavy loads and repetitive stresses over time. Consequently, it proves to be a reliable choice for bridge structures that experience heavy traffic and constant usage. In conclusion, fiberglass fabric is indeed a viable option for reinforcing bridge structures. Its high strength-to-weight ratio, corrosion resistance, flexibility, ease of installation, and durability make it an excellent alternative to traditional reinforcement materials such as steel. By employing fiberglass fabric, bridges can be constructed to be lighter, more corrosion-resistant, and longer-lasting.

Q: Can fiberglass fabric be used for hoses?: Certain applications make use of fiberglass fabric for hoses. Unlike traditional hoses, which are typically made of rubber or plastic materials, fiberglass fabric can serve as a reinforcement layer in hose construction. By offering strength, durability, and resistance to high temperatures, fiberglass fabric proves itself suitable for high-pressure water hoses, chemical hoses, or industrial hoses that face extreme conditions. Nevertheless, it is important to acknowledge that fiberglass fabric alone might not suffice in creating a functional hose. Combining it with other materials, such as rubber or thermoplastic, becomes necessary to ensure flexibility and leak resistance. Ultimately, the suitability of fiberglass fabric for hose construction depends on the specific requirements of the hose and its intended application.

Q: Can fiberglass fabric be used for reinforcement in septic tanks?: Yes, fiberglass fabric can be used for reinforcement in septic tanks. It is a strong and durable material that can provide added structural support to septic tanks, helping to prevent cracks and leaks.

Q: Is fiberglass fabric resistant to tears and punctures?: Yes, fiberglass fabric is known for its high resistance to tears and punctures. It is a durable material that can withstand significant force and pressure without easily tearing or puncturing.

Q: Glass fiber cloth can be made into handbags, requirements of high temperature 680 degrees or more: In addition, a large number of additional filler (coating) material can be no longer, and the other you sew sewing bag, you must be able to withstand high temperature material yo, if not, then cloth is good, you can pack scattered. The best in the first point in the sewing material before you try again after high temperature before sewing.

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