• Heat Insulation Fiberglass Cloth for 900C System 1
  • Heat Insulation Fiberglass Cloth for 900C System 2
Heat Insulation Fiberglass Cloth for 900C

Heat Insulation Fiberglass Cloth for 900C

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
1000 m
Supply Capability:
100000 m/month

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Product Description

Silica fiberglass is inorganic fiber that contents more than 96% of SiO2, it's resistant to high temperature, soft point 1700°C, long term service temperature 900 °C, it can work 10 minites at 1450 °C and keeps good state at 1600 °C for 15 seconds. For it's properties of chemical stability, high temperature resistance and ablation resistance, it widely used in aviationand aerospace, metallurgy, chemical, building material and fire fighting industry, etc.

Our factory is the only one that specialized manufacture silica fiberglass in China and has the production line of the whole process from marble making, fiber forming, weaving, and finish. The strength of silica fiberglass made from Na2O-B2O3-SiO2  system glass is 3-5 times higher than that from E glass.  The products sold to more than 20 provinces, cities, autonomous regions and exported to foreign countries.

Silica fiberglass products are available in forms of needled mat, fabric, scrim, staple yarn, chopped strand and cord, etc.

 

Product Properties

 

1> SiO2>=96%

2> soft point nearly 1700°C, long-time working at 900°C

3> low thermal conductivity

4> good chemical stability

5> good electrical insulation

6> low thermal shrinkage

7> Non-asbestos product without pollution

8> good process performance

 

 

 

Product Uses

  • High temperature resistant, insulation and sealing material

  • High temperature ablation resistant material

  • Fireproof material (for fireproof protective clothe, fireproof curtain, fire blanket)

  • Dust collecting in media of high temperature gas and filtration in media of high temperature liquid

  • Filter for molten metal

  • Distinguisher, insulation material, filtration of automobile and motorcycle

  • Protective material for welding

  • Electricity insulation material

Heat Insulation Fiberglass Cloth for 900C

Heat Insulation Fiberglass Cloth for 900C


Heat Insulation Fiberglass Cloth for 900C


Q:Can glass fiber textile be used in agriculture?
Yes, glass fiber textile can be used in agriculture. Glass fiber textiles are made from fine strands of glass that are woven together to create a flexible and durable fabric. This fabric can be used in various agricultural applications such as greenhouse construction, crop protection, and erosion control. In greenhouse construction, glass fiber textiles can be used as a covering material for the structure. The fabric is light-transmitting, allowing sunlight to penetrate while protecting the crops from harsh weather conditions. It also provides insulation, helping to maintain optimal temperature and humidity levels inside the greenhouse. Glass fiber textiles can also be used for crop protection. They can be used as insect screens, preventing pests and insects from entering the crop area. These textiles have small mesh sizes that allow air and water to pass through while keeping out unwanted intruders. Additionally, glass fiber textiles can act as a barrier against wind and hail, protecting crops from potential damage. Erosion control is another application where glass fiber textiles can be beneficial in agriculture. They can be used to stabilize soil on slopes and prevent erosion. These textiles are durable and resistant to UV radiation, ensuring long-term protection against erosion. They can be installed on hillsides, embankments, and other areas prone to soil erosion, helping to maintain the integrity of the land and protect crops. Overall, glass fiber textiles offer numerous advantages in agriculture. They are lightweight, durable, and have excellent resistance to environmental factors. With their wide range of applications, glass fiber textiles can contribute to the efficiency and sustainability of agricultural practices.
Q:What are the properties of glass fiber textile?
Glass fiber textiles are lightweight, durable, and have high tensile strength. They are also resistant to heat, moisture, chemicals, and UV radiation. Additionally, glass fiber textiles provide excellent insulation and are non-flammable, making them suitable for various applications such as reinforcement in composite materials, insulation in buildings, and as a protective layer in electronics.
Q:How do glass fiber textiles compare to natural fiber textiles?
Glass fiber textiles and natural fiber textiles possess unique characteristics and properties that differentiate them from one another. Fiberglass textiles, also known as glass fiber textiles, are fabricated from spun glass strands. They offer various benefits over natural fiber textiles. Firstly, glass fiber textiles exhibit exceptional durability and possess remarkable resistance to heat, chemicals, and moisture. These qualities render them suitable for applications where strength and resilience to environmental factors are critical, such as in the automotive and aerospace industries. Moreover, glass fiber textiles demonstrate excellent dimensional stability, meaning they are not prone to easy shrinkage or stretching. This attribute makes them ideal for precise and accurate applications, such as the manufacturing of circuit boards or electrical insulation. On the contrary, natural fiber textiles, including cotton, linen, or silk, possess their own distinct set of characteristics. Natural fibers generally provide enhanced breathability and comfort when compared to glass fiber textiles, as they facilitate air circulation and moisture absorption. Consequently, they are suitable for clothing and bedding materials where comfort and softness are vital considerations. Additionally, natural fiber textiles are biodegradable and environmentally friendly, as they come from renewable resources. They possess a lower carbon footprint compared to glass fiber textiles, which necessitate energy-intensive manufacturing processes. However, natural fiber textiles are generally less durable and exhibit lower resistance to heat, chemicals, and moisture in comparison to glass fiber textiles. They may also be more susceptible to shrinking, stretching, or fading over time. In conclusion, glass fiber textiles and natural fiber textiles possess distinctive properties and advantages. The selection between the two depends on the specific requirements of the application. Glass fiber textiles are preferred for their durability, resistance to environmental factors, and dimensional stability, while natural fiber textiles are favored for their breathability, comfort, and biodegradability.
Q:How do glass fiber textiles contribute to chemical stability?
Glass fiber textiles contribute to chemical stability in several ways. Firstly, glass fibers are inherently resistant to chemical attack from a wide range of substances. Unlike organic fibers, such as cotton or polyester, glass fibers do not degrade or react chemically with most acids, bases, or solvents. This makes them an ideal choice for applications where chemical stability is essential. Additionally, glass fibers have a low coefficient of thermal expansion, meaning they do not expand or contract significantly with changes in temperature. This property is crucial for chemical stability because it ensures that the structure of the textile remains intact even when exposed to extreme temperature variations. By maintaining its dimensional stability, glass fiber textiles can resist chemical degradation caused by thermal stress. Furthermore, glass fibers are non-combustible, meaning they do not burn or support combustion. This characteristic is crucial in chemical environments where fire hazards are present. By eliminating the risk of combustion, glass fiber textiles contribute to the overall chemical stability of a system. Moreover, glass fibers have excellent resistance to UV radiation, which is known to cause degradation in many materials. This UV resistance ensures that glass fiber textiles maintain their structural integrity and performance over extended periods of exposure to sunlight or other sources of UV radiation. Overall, the chemical stability of glass fiber textiles is a result of their inherent resistance to chemical attack, low coefficient of thermal expansion, non-combustible nature, and UV resistance. These properties make glass fiber textiles an excellent choice for applications where chemical stability is a critical requirement.
Q:How do glass fiber textiles affect sound absorption?
Glass fiber textiles, such as fiberglass, have excellent sound absorption properties. Due to their porous structure, they effectively trap and dampen sound waves, reducing echo and reverberation in a space. The fibers in the textiles scatter and absorb sound energy, preventing it from bouncing back into the room. This makes glass fiber textiles a popular choice for soundproofing and acoustic treatments in various applications, including theaters, recording studios, and noisy industrial environments.
Q:Are glass fiber textiles resistant to thermal conductivity?
Glass fiber textiles are renowned for their ability to resist thermal conductivity. This is attributed to the distinctive characteristics of glass fibers, including their low thermal conductivity and exceptional insulation capabilities. The low thermal conductivity of glass fibers is a result of their composition, which consists of numerous minuscule fibers containing trapped air pockets. These air pockets function as insulators, effectively hindering the transfer of heat through the textile. Consequently, glass fiber textiles find extensive use in situations requiring thermal insulation, such as the construction of buildings, insulation materials, and protective clothing. Moreover, glass fiber textiles also possess outstanding fire resistance properties, rendering them an optimal choice for applications necessitating heat resistance.
Q:Are there any health concerns associated with glass fiber textiles?
Yes, there are some health concerns associated with glass fiber textiles. Inhalation of glass fibers can cause respiratory irritation, lung inflammation, and in rare cases, lung scarring. Skin contact with the fibers can also lead to skin irritation and itching. However, these health risks are generally minimal when proper safety precautions are followed, such as wearing protective clothing and using proper ventilation.
Q:How does glass fiber textile perform in terms of static electricity resistance?
Glass fiber textile possesses exceptional resistance to static electricity. It is non-conductive, meaning it does not readily allow the passage of electricity. This characteristic makes glass fiber textile highly effective in preventing the accumulation and release of static electricity. Unlike metals or certain plastics, glass fiber does not easily generate static charges, making it ideal for situations where static electricity can be problematic. Furthermore, glass fiber textile finds frequent use in environments where static electricity poses a potential risk, such as the production of electronic components or in cleanrooms. In summary, glass fiber textile demonstrates outstanding performance in terms of static electricity resistance and is the preferred choice in industries that prioritize static electricity control.
Q:What is the weight of glass fiber textiles?
The weight of glass fiber textiles can vary depending on the specific type and purpose, but generally, they are lightweight materials.
Q:How does glass fiber textile perform in terms of humidity resistance?
Glass fiber textile performs very well in terms of humidity resistance. Due to its inherent properties, glass fiber textile is highly resistant to moisture absorption. It does not absorb water and remains unaffected by high levels of humidity. This makes it an excellent choice for applications where moisture resistance is crucial, such as in outdoor furniture, marine equipment, and building materials. Additionally, glass fiber textile maintains its structural integrity even in humid conditions, ensuring long-term durability and performance.

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