• 18oz Silica Fiberglass Cloth Resisting 1000C for Heat Resistant System 1
  • 18oz Silica Fiberglass Cloth Resisting 1000C for Heat Resistant System 2
18oz Silica Fiberglass Cloth Resisting 1000C for Heat Resistant

18oz Silica Fiberglass Cloth Resisting 1000C for Heat Resistant

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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

18oz Silica Fiberglass Cloth Resisting 1000C for Heat Resistant




18oz Silica Fiberglass Cloth Resisting 1000C for Heat Resistant


Q:What are the different colors available for glass fiber textile?
Glass fiber textiles come in a wide array of colors to meet different applications and design preferences. The most commonly used colors for glass fiber textiles are white, black, gray, and beige. These neutral hues are typically employed in applications where emphasis is placed on the functionality and durability of the textile, rather than the aesthetics. Nevertheless, glass fiber textiles can also be dyed to achieve an abundance of vibrant colors. This proves especially valuable in applications where visual appeal holds significance, such as in the creation of clothing, home textiles, and decorative elements. The dyeing process allows for personalization and inventiveness, empowering manufacturers and designers to obtain the desired color scheme that aligns with their specific requirements. Furthermore, glass fiber textiles can undergo special treatments or finishes to enhance their color and appearance. This may involve metallic finishes, iridescent effects, or even patterns and prints, further broadening the spectrum of color options. All in all, the options for color in glass fiber textiles are vast and diverse, providing a versatile range of choices for different applications, spanning from neutral shades to vibrant hues, and everything in between.
Q:Are glass fiber textiles resistant to humidity?
Indeed, glass fiber textiles exhibit resistance to humidity. Originating from molten glass, the fibers are skillfully spun into delicate strands, yielding a substance that possesses an innate quality of non-absorbency and moisture resistance. Consequently, glass fiber textiles showcase a remarkable ability to endure humidity, averting any dampness or water absorption. Furthermore, these textiles remain impervious to decay or deterioration when subjected to moisture, rendering them an exceptionally robust and enduring material suitable for humid surroundings.
Q:Can glass fiber textile be used in fire blankets?
Yes, glass fiber textile can be used in fire blankets. The high heat resistance and non-combustible properties of glass fiber make it an ideal material for fire blankets as it can effectively smother small fires and protect against heat and flames.
Q:How do glass fiber textiles contribute to noise reduction?
Glass fiber textiles contribute to noise reduction through their unique properties and construction. Firstly, glass fiber textiles have excellent sound absorption properties. The fibers in the textile are woven or knitted in a specific pattern that creates a porous structure. This structure helps to trap and absorb sound waves, preventing them from bouncing off hard surfaces and causing echo or reverberation. The fibers also have a high surface area, which further enhances their sound absorbing capabilities. Additionally, glass fiber textiles often have a high density, which further aids in noise reduction. The dense structure of the textile helps to block and dampen sound waves, preventing them from passing through the material and into the surrounding environment. Furthermore, glass fiber textiles can be used as insulation materials in walls, ceilings, and floors. This insulation helps to reduce the transmission of sound from one area to another, effectively isolating and containing noise within a specific space. This is particularly useful in buildings with multiple occupants or in industrial settings where noise control is important. Moreover, glass fiber textiles are durable and long-lasting, which makes them an effective solution for noise reduction. They can withstand harsh environmental conditions and maintain their sound absorbing properties over time. This makes them suitable for a wide range of applications, including commercial buildings, residential spaces, automotive interiors, and industrial facilities. In summary, glass fiber textiles contribute to noise reduction by absorbing, blocking, and isolating sound waves. Their unique properties and construction make them an effective solution for controlling and minimizing noise in various settings.
Q:Are glass fiber textiles resistant to static cling?
Glass fiber textiles are known for their resistance to static cling. This is due to the distinctive characteristics of glass fiber materials, including their low conductivity and high tensile strength. As a result, they are less prone to accumulating static electricity. Moreover, glass fibers do not readily generate static charges when rubbed against different surfaces, thus decreasing the chances of static cling. This quality of resisting static cling contributes to the widespread usage of glass fiber textiles in diverse applications, ranging from clothing and upholstery to industrial fabrics.
Q:How do glass fiber textiles affect drape?
Glass fiber textiles significantly alter the way fabrics drape. Their stiffness and rigidity contribute to a more structured and less fluid drape in comparison to conventional textiles. The fibers in glass fiber textiles are typically stiffer and less flexible, which restricts their ability to conform to the curves of the human body or objects. The rigidity of glass fiber textiles is a result of the composition of the fibers themselves. These fibers are crafted from molten glass, which is then drawn into slender filaments. These filaments are subsequently woven or knitted together to form the textile. This manufacturing process and the properties of glass fibers create a fabric that is less malleable and more resistant to bending or folding. Consequently, fabrics made from glass fiber textiles often exhibit a more inflexible and structured appearance, impacting the way they hang or drape. They tend to maintain their shape better, making them less fluid and less capable of naturally flowing or draping. This disparity is particularly pronounced when compared to fabrics made from natural fibers like cotton or silk, which possess a softer and more pliable drape. However, it is crucial to acknowledge that the drape of glass fiber textiles can be influenced by various factors, including fiber thickness, weave or knit structure, and finishing treatments applied to the fabric. Manufacturers can modify these parameters to some extent in order to enhance the drape of glass fiber textiles. Nevertheless, they will always possess inherent characteristics that differentiate them from fabrics made from more flexible fibers. In conclusion, glass fiber textiles have a distinctive impact on drape due to their stiffness and rigidity. They produce a more structured and less fluid drape compared to traditional textiles, limiting their ability to conform to the contours of the human body or objects. Nonetheless, the drape of glass fiber textiles can be influenced by various factors, allowing for some modification of their inherent characteristics.
Q:What are the different types of glass fibers used in textiles?
There are several different types of glass fibers that are commonly used in textiles. These include E-glass, S-glass, C-glass, and A-glass. E-glass, or electrical glass, is the most commonly used type of glass fiber in textiles. It has a high strength-to-weight ratio and is known for its excellent electrical and chemical resistance properties. E-glass fibers are used in a wide range of applications, including reinforcement in composites, insulation in electrical cables, and as a reinforcement in textiles for various purposes. S-glass, or structural glass, is a type of glass fiber that has a higher tensile strength and stiffness compared to E-glass. It is commonly used in applications that require higher mechanical strength, such as in aerospace and military applications. S-glass fibers are often used in the production of high-performance textiles, including bulletproof vests, helmets, and other protective gear. C-glass, or chemical glass, is a type of glass fiber that has a higher chemical resistance compared to E-glass. It is often used in applications that involve exposure to harsh chemicals, such as in the manufacturing of chemical-resistant gloves and aprons. A-glass, or alkali glass, is a type of glass fiber that has a higher alkali resistance compared to E-glass. It is commonly used in applications that involve exposure to alkaline materials, such as in the production of textiles for the construction industry. Overall, the choice of glass fiber type depends on the specific requirements of the application. Each type of glass fiber offers different properties and characteristics that make them suitable for various textile applications.
Q:What are the different thickness options for glass fiber textile?
Glass fiber textile is available in various thickness options to suit different applications and requirements. The thickness of glass fiber textile is typically measured in grams per square meter (gsm) or ounces per square yard (oz/yd²). The most common thickness options for glass fiber textile range from 100 gsm to 600 gsm (3 oz/yd² to 18 oz/yd²). These thicknesses are suitable for a wide range of applications, including reinforcement in composites, insulation, and filtration. For lightweight applications that require minimal reinforcement, glass fiber textiles with lower thicknesses, such as 100 gsm to 200 gsm (3 oz/yd² to 6 oz/yd²), are commonly used. These thinner textiles are often used in industries like automotive, aerospace, and marine, where weight reduction is crucial. Medium thickness options for glass fiber textiles, ranging from 200 gsm to 400 gsm (6 oz/yd² to 12 oz/yd²), are suitable for general reinforcement purposes. These textiles provide a balance between strength and weight, making them versatile for applications like boat building, wind turbine blades, and sporting goods. For heavy-duty applications that require maximum strength and durability, thicker glass fiber textiles are used. These textiles typically range from 400 gsm to 600 gsm (12 oz/yd² to 18 oz/yd²) and are commonly employed in industries such as construction, oil and gas, and infrastructure. They are used for applications like concrete reinforcement, pipe wrapping, and geotextiles. It is important to note that manufacturers may offer additional thickness options beyond the mentioned range, depending on the specific needs of customers. Custom thicknesses can also be ordered in some cases. Ultimately, the choice of glass fiber textile thickness depends on the intended application, required strength, and weight considerations. Consulting with a supplier or expert in the field can help determine the most suitable thickness option for a particular project.
Q:What is the cost of glass fiber textiles compared to other materials?
The cost of glass fiber textiles can vary depending on several factors compared to other materials. Generally, glass fiber textiles tend to be pricier than certain natural fibers like cotton or wool. However, they are often more affordable than high-performance synthetic fibers such as carbon fiber or aramid (Kevlar). Glass fiber textiles possess excellent strength and durability, making them suitable for various applications in industries like construction, automotive, aerospace, and marine. Their ability to withstand harsh environmental conditions, chemicals, and fire also adds to their value. While glass fiber textiles may have a higher initial cost, their long lifespan and low maintenance requirements can compensate for this initial investment. Moreover, their lightweight nature can further enhance their cost-effectiveness by reducing transportation expenses and improving fuel efficiency. It is important to note that the cost of glass fiber textiles can also be influenced by production techniques, quality standards, and the specific project requirements. Therefore, it is advisable to consider the specific needs and budget limitations when comparing the cost of glass fiber textiles to other materials.
Q:Can glass fiber textile be used in electronics?
Yes, glass fiber textile can be used in electronics. It is commonly used as a reinforcement material in printed circuit boards (PCBs) to provide mechanical strength and insulation. Additionally, it is also used in the manufacturing of electrical cables and connectors to enhance their durability and conductivity.

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