High Silica Glass Fiber Cloth Fabric 2015

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Quick Details

Place of Origin:		Brand Name:	DONGRUN	Model Number:	FIBERGASS
Application:	Filter Cloth	Weight:	1.5KG	Surface Treatment:	Silicon Coated
Width:	1M	Weave Type:	Plain Woven	Yarn Type:	E-Glass
Alkali Content:	Alkali Free	Standing Temperature:	1400

Packaging & Delivery

Packaging Detail:	50m/carton
Delivery Detail:	about 20days

Specifications

1. High silica glass fiber cloth.
2. High temperature resistance.
3. Instant working temp.: 1400C degree

High Silica Glass Fiber Cloth Suppliers

High Silica Glass Fiber Cloth Description:
1. It is woven by high SiO2 content fiberglass yarn with specially formulated acid treatment.

2. It is a economic silica cloth suitable for continuous use at 1650°F (900°C), and able to withstand short term exposure up to 2200°F (1200°C).

3. Additional polyurethane coating or vermiculite coating will enhance the fabrics unmatched abrasion resistance and tensile strength.

Q:Can fiberglass fabrics be used for sports or recreational equipment?: Sports and recreational equipment can indeed utilize fiberglass fabrics. Known for its exceptional strength and durability, fiberglass proves to be an ideal material for a diverse range of applications in these fields. It finds extensive use in crafting items such as kayaks, canoes, surfboards, skateboards, and even sporting goods like hockey sticks and golf club shafts. Moreover, the lightweight nature of fiberglass adds to its popularity, enabling improved maneuverability and enhanced performance. The flexibility of fiberglass fabrics further allows for molding them into various shapes and sizes, providing immense versatility in the design of sports and recreational equipment. Overall, fiberglass fabrics stand as a highly dependable and extensively employed material in the manufacturing of sports and recreational equipment.

Q:How do fiberglass fabrics perform in terms of thermal conductivity?: Fiberglass fabrics possess a generally low thermal conductivity, thereby effectively preventing the transmission of heat. The distinctive makeup of fiberglass, comprising delicate glass fibers, establishes a barrier that restricts the flow of thermal energy. This attribute renders fiberglass fabrics appropriate for diverse applications necessitating thermal insulation. Whether employed in construction, automotive insulation, or even protective garments, fiberglass fabrics excel in diminishing heat transfer and upholding temperature stability. Moreover, their low thermal conductivity aids energy efficiency by minimizing heat loss or gain, ultimately resulting in reduced energy consumption and cost savings.

Q:Are fiberglass fabrics suitable for use in the oil and gas industry?: Yes, fiberglass fabrics are suitable for use in the oil and gas industry. Fiberglass fabrics offer several advantages that make them well-suited for various applications in this industry. Firstly, fiberglass fabrics are highly resistant to corrosion and chemicals, making them ideal for use in environments where exposure to oil, gas, and other corrosive substances is common. This resistance ensures the longevity and durability of the fabric, reducing the need for frequent replacements and maintenance. Additionally, fiberglass fabrics have excellent thermal insulation properties, which is crucial in the oil and gas industry where high temperatures are often encountered. These fabrics can withstand extreme heat and protect equipment and personnel from thermal hazards. Moreover, fiberglass fabrics are lightweight, yet strong and flexible, making them easy to handle and install. This characteristic is particularly beneficial in applications requiring the fabrication of complex shapes or structures, such as insulation jackets or protective covers. Furthermore, fiberglass fabrics have good electrical insulation properties, reducing the risk of electrical hazards in oil and gas operations. They can be used as insulation materials for electrical equipment, cables, and pipelines, ensuring safe and reliable operations. Lastly, fiberglass fabrics have a high dielectric strength, enabling them to withstand high voltage and prevent electrical arcing. This is especially important in the oil and gas industry, where the risk of electrical accidents can be significant. In summary, fiberglass fabrics are well-suited for use in the oil and gas industry due to their corrosion resistance, thermal insulation properties, lightweight and flexible nature, electrical insulation capabilities, and high dielectric strength. These qualities make them reliable and efficient materials for various applications within this industry.

Q:Is fiberglass fabric resistant to punctures?: Fiberglass fabric exhibits puncture resistance, showcasing its durability and strength. This material is renowned for its ability to withstand punctures and tears, making it a preferred choice in various fields. For instance, it finds extensive usage in protective clothing, automotive components, and insulation materials, where puncture resistance is crucial. The woven structure of fiberglass fabric adds an extra layer of robustness, effectively preventing punctures. However, it is worth noting that despite its high resistance, fiberglass fabric is not entirely impervious to punctures. Depending on the object's force and sharpness, it is still possible to puncture fiberglass fabric, albeit less likely when compared to alternative materials.

Q:Can fiberglass fabric be used for making soundproofing materials?: Yes, fiberglass fabric can be used for making soundproofing materials. Its dense and fibrous composition helps absorb sound waves, reducing noise transmission and enhancing sound insulation capabilities.

Q:How is fiberglass fabric produced?: Fiberglass fabric is produced through a process called weaving, where glass fibers are interlaced together to form a strong and flexible fabric. These glass fibers are created by melting glass at high temperatures and then extruding it through tiny holes to form thin strands. These strands are then gathered together and woven into a fabric using specialized machines. After weaving, the fabric is often treated with a resin or coating to enhance its strength and durability.

Q:How is fiberglass fabric used in the production of insulation boards?: The excellent thermal resistance, durability, and fire-retardant properties of fiberglass fabric make it widely used in the production of insulation boards. In the manufacturing process, it serves as a reinforcement material and is combined with a binder, such as resin or adhesive, before being compressed to form the boards. This ensures that the insulation material remains stable and prevents it from shifting or settling over time. Additionally, fiberglass fabric enhances the insulation properties of the boards by minimizing heat transfer. This helps to maintain comfortable temperatures in buildings throughout the year, leading to energy efficiency and reduced heating or cooling costs. Moreover, the fire-retardant characteristics of fiberglass fabric provide an extra layer of protection in insulation boards. It acts as a barrier against flames and reduces the risk of fire-related damage. In summary, fiberglass fabric is essential in the production of insulation boards due to its ability to reinforce structures, provide thermal insulation, and offer fire-resistance. It is a versatile and superior choice for various applications in residential, commercial, and industrial buildings where insulation is required.

Q:How do fiberglass fabrics perform in terms of chemical resistance?: Fiberglass fabrics have excellent chemical resistance properties, making them highly resistant to a wide range of chemicals. They can withstand exposure to acids, bases, solvents, and other corrosive substances without significant degradation or damage. This makes fiberglass fabrics a suitable choice for various applications where chemical resistance is critical, such as in the manufacturing of protective clothing, chemical storage tanks, and filtration systems.

Q:How is fiberglass fabric used in the production of thermal blankets?: Fiberglass fabric is used in the production of thermal blankets due to its excellent insulating properties. The fabric is woven with fine fiberglass strands, which create a heat-resistant barrier. This helps to trap and retain heat, making the thermal blanket highly effective in providing warmth and insulation. The fiberglass fabric also adds durability and strength to the blanket, making it long-lasting and suitable for various applications.

Q:How is fiberglass fabric used in the aerospace industry?: The aerospace industry extensively utilizes fiberglass fabric due to its exceptional strength-to-weight ratio, thermal resistance, and electrical insulation properties. The primary application of fiberglass fabric in this industry involves producing composite materials. These materials are created by combining fiberglass fabric with resins, resulting in a lightweight and robust material that can be molded into various shapes. These composites are then used to manufacture essential parts such as fuselages, wings, and fairings, which play a crucial role in maintaining the structural integrity of aircraft and spacecraft. The incorporation of fiberglass fabric in composites allows for the production of intricate shapes while ensuring strength and durability. Furthermore, fiberglass fabric is also utilized in insulating aerospace vehicles. It acts as a thermal barrier, safeguarding the aircraft or spacecraft from extreme temperatures experienced during flight. This feature is particularly critical in space exploration, as spacecraft encounter intense heat during re-entry into the Earth's atmosphere. In addition, fiberglass fabric is employed in the electrical systems of aerospace vehicles. It possesses excellent electrical insulation properties, effectively preventing the flow of electric current and protecting against short circuits. This is of utmost importance in the aerospace industry, where electrical systems are vital for navigation, communication, and other essential functions. Overall, the use of fiberglass fabric in the aerospace industry provides numerous benefits, including its lightweight nature, high strength, thermal resistance, and electrical insulation properties. Its incorporation in composites, insulation, and electrical systems significantly contributes to the performance, safety, and efficiency of aircraft and spacecraft.

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