High Silica Fiber Cloth silica85

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Quick Details

Place of Origin:

Brand Name:
suntex
Model Number:
SL600
Weight:
600g/m2
Width:
from 100cm to 200cm,914mm
Weave Type:
Twill Woven
Yarn Type:
E-Glass
Alkali Content:
Alkali Free
Standing Temperature:
1000 degree
applications:
fire doors&smoke curtains;removable insulation covers,mattress

Packaging & Delivery

Packaging Detail:rolls packed in cartons loaded on pallets
Delivery Detail:within 15 days after order confirmation

Specifications

1.withstand temperature up to 1000 degree
2.weight:about 600g/m2
3.applications:heavy duty welding protection;


Q:Difference between glass fiber felt and glass fiber cloth
Glass fiber cloth is a kind of fabric which is made of glass fiber, which is mainly made up of silicon dioxide and obtained by spinning.
Q:
Fiberglass fabric is produced through a multi-step manufacturing process that involves the use of glass fibers and a binding agent. The process starts with the production of glass fibers, which are made by melting silica sand, limestone, and soda ash at high temperatures. This molten glass is then forced through tiny holes in a device called a bushing to create long, continuous strands of glass fibers. Next, these glass fibers are coated with a binding agent, usually a thermosetting resin such as epoxy or polyester. The binding agent helps to hold the fibers together and provide strength and durability to the final fabric. The coated fibers are then arranged into a specific pattern or weave, such as plain weave or twill weave, to create the desired fabric structure. Once the fibers are arranged, the fabric is subjected to heat and pressure in a process called curing. This process helps to solidify and set the binding agent, making it hard and rigid. Curing can be done using various methods, including hot pressing, autoclaving, or oven curing, depending on the specific requirements of the fabric. After curing, the fabric is subjected to additional processes such as cutting, finishing, and coating, depending on its intended use. These processes help to enhance the fabric's properties, such as its strength, fire resistance, or waterproofing capabilities. In summary, fiberglass fabric is produced by melting silica sand and other raw materials to create glass fibers, coating these fibers with a binding agent, arranging them into a specific pattern, and curing the fabric through heat and pressure. The final product is a versatile and durable material that finds applications in various industries, including aerospace, automotive, construction, and marine.
Q:
Certainly, fiberglass fabric has the capability to be utilized for insulation purposes in aerospace settings. Renowned for its exceptional thermal insulation characteristics, fiberglass fabric proves to be an optimal selection for aerospace applications where temperature control is of utmost importance. It possesses traits such as being lightweight and flexible, along with the ability to endure high temperatures, rendering it suitable for deployment in various aerospace components like engine compartments, fuel tanks, and aircraft interiors. Moreover, fiberglass fabric exhibits resistance towards chemicals, moisture, and fire, thereby providing an additional layer of safety and safeguarding in aerospace environments. In conclusion, due to its remarkable thermal properties and durability, fiberglass fabric is a dependable and extensively employed insulation material in aerospace applications.
Q:
Yes, fiberglass fabric can be used for making automotive interiors. It is a versatile material that offers several advantages such as high strength, durability, and resistance to heat and chemicals. Additionally, fiberglass fabric can be molded into various shapes and designs, making it suitable for creating customized automotive interiors.
Q:
Yes, fiberglass fabric is generally resistant to bacteria and fungi due to its non-porous and inert nature, making it a suitable material for applications where hygiene is important. However, the specific resistance may vary depending on the manufacturing process and any additional treatments applied to the fabric.
Q:
Fiberglass fabric boasts outstanding resistance to a broad spectrum of chemicals and solvents. Given its non-reactive nature and remarkable chemical resistance, fiberglass is an ideal material for industries that handle corrosive substances. The composition of fiberglass fabric, comprising woven glass fibers, provides exceptional defense against chemical attacks. It exhibits high resistance to acids, bases, and organic solvents, rendering it suitable for applications in chemical processing plants, laboratories, and oil refineries, where exposure to corrosive chemicals is common. One of the key advantages of fiberglass fabric lies in its ability to maintain physical integrity and mechanical strength even when exposed to various chemicals and solvents. In contrast to other materials that may degrade or become brittle upon contact with certain substances, fiberglass fabric remains stable and durable. This ensures its ability to withstand harsh conditions and perform effectively over extended periods. Another benefit of fiberglass fabric lies in its low permeability to chemicals and solvents. As a result, it acts as a barrier, preventing the passage of harmful substances through its surface. This property proves particularly valuable in applications where containment is crucial, such as storage tanks, pipelines, and chemical-resistant linings. In addition to its chemical resistance, fiberglass fabric also offers other desirable properties. It is lightweight, flexible, and exhibits excellent thermal insulation. These characteristics make it a versatile material applicable in a wide range of situations that require both chemical resistance and structural integrity. However, it is worth noting that while fiberglass fabric is highly resistant to most chemicals and solvents, there are exceptions. Certain potent acids, like hydrofluoric acid, can attack fiberglass and cause degradation. Additionally, prolonged exposure to solvents such as acetone or chloroform may lead to fabric swelling or softening. All in all, fiberglass fabric proves to be a reliable and durable material capable of withstanding a wide range of chemicals and solvents. Its excellent chemical resistance, coupled with its other advantageous properties, render it a preferred choice in industries where protection against corrosive substances is paramount.
Q:
Fiberglass fabric has excellent temperature resistance capabilities, making it a popular choice for various industrial and commercial applications. It can withstand high temperatures up to 1000°C (1832°F) without any significant degradation in its mechanical or physical properties. This temperature resistance is due to the inherent properties of fiberglass, which is a composite material made from fine fibers of glass embedded in a matrix of resin or polymer. These fibers have a high melting point and can resist thermal degradation, allowing the fabric to maintain its structural integrity even under extreme heat conditions. Additionally, fiberglass fabric also exhibits good thermal insulation properties, which further enhances its temperature resistance capabilities. Overall, fiberglass fabric is well-suited for use in applications that involve exposure to high temperatures, such as insulation, fire protection, aerospace, automotive, and other industries.
Q:
Yes, fiberglass fabric can be used for reinforcement in automotive parts. Fiberglass fabric is known for its high strength-to-weight ratio, which makes it an ideal material for reinforcing various components in automobiles. It is commonly used in the manufacturing of body panels, hoods, fenders, and other structural parts of vehicles. Fiberglass fabric provides excellent rigidity and stiffness, improving the overall strength and durability of automotive parts. Additionally, it is resistant to corrosion and can withstand high temperatures, making it suitable for use in the automotive industry.
Q:
Due to its unique properties and benefits, fiberglass fabric is commonly utilized in the manufacturing of thermal curtains. One of its notable attributes is excellent insulation, making it an ideal material for thermal curtains. By acting as a barrier against heat transfer, the fabric helps maintain a consistent temperature indoors. In the production of thermal curtains, fiberglass fabric often serves as a lining or interlining. It is positioned between the decorative outer fabric and the inner lining of the curtain, providing an additional layer of insulation. This layer effectively prevents heat loss during winter and heat gain in summer. Moreover, fiberglass fabric is lightweight and flexible, facilitating easy handling during the manufacturing process. It can be effortlessly cut, sewn, and tailored to fit curtains of various sizes and designs. Furthermore, its durability ensures that thermal curtains made with fiberglass fabric withstand frequent use while maintaining their insulating properties over time. Additionally, fiberglass fabric is fire-resistant, enhancing the safety of thermal curtains. This property plays a crucial role in preventing the spread of fire and safeguarding occupants during emergencies. Overall, fiberglass fabric is an indispensable component in the production of thermal curtains. Its insulation, lightweight nature, flexibility, durability, and fire resistance make it an ideal choice for creating curtains that effectively regulate temperature, conserve energy, and enhance comfort in residential and commercial spaces.
Q:How about the difference between glass fiber cloth and ordinary chemical fiber cloth?
It's simple. The fiberglass inside the fiberglass fabric is generally capable of over 750 degrees Celsius. You burn them completely, then look at the residual weight and shape of the burn.

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