Silica Fiber Cloth

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Quick Details

Type:
Other Heat Insulation Materials
Place of Origin:

Brand Name:
BST
Model Number:
11038
Silica Fiber Cloth:
Made in China
Silica Fiber Cloth material:
96% high silica
Silica Fiber Cloth MFG:
BST Thermal Protection Products Co.,Ltd
Silica Fiber Cloth thick:
0.76, 1.3mm

Packaging & Delivery

Packaging Detail:Silica Fiber Cloth package export carton box.
Delivery Detail:5-10 days.

Specifications

1 Silica Fiber Cloth better than Silicaflex
2 Silica Fiber Cloth 96% SiO2 silica fiber
3 Silica Fiber Cloth high quality

1800°F / 982°C Continuous Exposure: Higher Intermittent

Silica Fiber Cloth    


Q:
Yes, fiberglass fabric can be used for making carpet backing. It is a commonly used material due to its durability, strength, and resistance to moisture. Fiberglass fabric provides stability and reinforcement to the carpet, making it suitable for high traffic areas.
Q:What's the best form of roof waterproof?
The roof of the house, because of the need to withstand long-term weather erosion, so the waterproof requirements are higher, so that the need of rigid waterproof waterproof and flexible combination construction, namely the first brush K11 flexible waterproof slurry, and then do a protective layer of mortar waterproof agent, which can meet the demand of the waterproof.At the same time, roof waterproof, the ground is required to do all, the wall generally back high 30 centimeters or so on it.
Q:What is the difference between non-woven fabrics, glass fiber cloth and geotextile?
The exact name of the non-woven fabric shall be nonwoven or non-woven. Because it is a kind of form that does not require spinning weaving fabric, just a textile fiber or filament aligned or random, the formation of the fiber network structure, and then the mechanical, thermal or chemical methods and strengthening into. Nonwovens break through the traditional textile principle, and have the characteristics of short process flow, fast production, high yield, low cost, wide use and many sources of raw materials.
Q:
Yes, fiberglass fabrics are generally easy to sew or work with. They have a smooth texture and do not fray easily, making them manageable for sewing projects. Additionally, their lightweight nature allows for flexibility and ease of handling. However, it is important to take necessary precautions such as wearing protective gear and ensuring proper ventilation when working with fiberglass fabrics due to their potential health hazards.
Q:Is non-woven fabric and fiberglass all the same?
The exact name of the non-woven fabric shall be nonwoven or non-woven. Because it is a kind of form that does not require spinning weaving fabric, just a textile fiber or filament aligned or random, the formation of the fiber network structure, and then the mechanical, thermal or chemical methods and strengthening into. Nonwovens break through the traditional textile principle, and have the characteristics of short process flow, fast production, high yield, low cost, wide use and many sources of raw materials.
Q:
The roll lengths available for fiberglass fabric can vary depending on the manufacturer and specific product. However, common roll lengths for fiberglass fabric range from around 50 yards to 100 yards.
Q:
Enhancing the flame retardant properties of fiberglass fabric can be achieved through the application of various coatings. Some coatings commonly utilized include: 1. Silicone: Renowned for their exceptional heat resistance and ability to form a protective barrier against flames, silicone coatings are ideal for extended exposure to high temperatures, ensuring long-term flame resistance. 2. Polyurethane: A flexible and durable flame retardant layer can be achieved on fiberglass fabric with the use of polyurethane coatings. These coatings offer resistance to abrasion and maintain effectiveness even after repeated exposure to flames. 3. Acrylic: Lightweight and providing resistance to flames and chemicals, acrylic coatings strike a balance between flame retardancy and flexibility. Applications such as protective clothing often require this type of coating. 4. PVC: Widely employed in the production of flame retardant fiberglass fabric, polyvinyl chloride (PVC) coatings deliver excellent flame resistance. These coatings find extensive use in industrial settings and for protective purposes. It should be noted that selecting the appropriate coating depends on specific application requirements. Factors like desired flame retardancy level, flexibility, durability, and cost all contribute to determining the most suitable coating for a particular use case.
Q:
The weave pattern plays a significant role in determining the strength of fiberglass fabric. Different weave patterns, such as plain, twill, or satin weaves, can impact the overall strength and durability of the fabric. The weave pattern influences the distribution of fibers within the fabric, affecting its tensile strength, tear resistance, and overall structural integrity. A tightly woven pattern, such as a satin weave, can provide increased strength and rigidity, making it suitable for applications requiring high structural integrity. In contrast, looser weaves may offer more flexibility but could compromise strength. Therefore, the weave pattern is a crucial factor in determining the strength characteristics of fiberglass fabric.
Q:
Fiberglass fabric is indeed a viable option for insulating nuclear power plants. It is widely utilized across various industries, including the nuclear sector, due to its numerous benefits. These include exceptional thermal resistance, fire resistance, and low thermal conductivity. These qualities make it ideal for insulating equipment and components in nuclear power plants, where high temperatures and potential fire risks are prevalent. Moreover, fiberglass also exhibits resistance against moisture, chemicals, and radiation, all of which are critical considerations in the nuclear field. However, it is crucial to bear in mind that the selection and installation of insulation materials in nuclear power plants should be based on the specific application and required safety standards.
Q:
Fiberglass fabric is not typically suitable for high-stress applications. While fiberglass is known for its strength and durability, it may not be able to withstand the intense pressures and loads associated with high-stress environments. Fiberglass fabric is often used in applications that require moderate strength and resistance to heat, chemicals, and electricity. However, for high-stress applications where materials need to withstand extreme forces and pressure, alternative materials such as carbon fiber or Kevlar are more commonly used. These materials offer higher tensile strength and better impact resistance, making them better suited for high-stress applications in industries such as aerospace, automotive, and construction.

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