What is a “Fiber＆Paper Gasket”?

“Fiber&Paper Gasket” is a sealing gasket that combines a fiber material with a paper material. This gasket combines the strength and wear resistance of the fiber with the flexibility and workability of the paper, giving it a variety of excellent properties and a wide range of application scenarios.

Material composition

Fiber gasket sheet usually consists of natural fibers (such as cotton, hemp, wool, etc.) and synthetic fibers (such as polyester, glass fiber, etc.). These fibrous materials provide the strength, wear resistance and corrosion resistance of the gasket.

As a substrate or filler material for gaskets, paper materials have good flexibility and machinability, and can easily adapt to a variety of complex sealing surface shapes.

Features & Benefits of Fiber＆Paper Gasket Include:

Product feature

Sealing performance: Thanks to the combination of fiber and paper materials, this gasket provides excellent sealing performance and effectively prevents leakage of liquid, gas or solid particles.

Wear resistance: The addition of fiber materials makes the gasket have high wear resistance and can resist long-term mechanical friction and wear.

Corrosion resistance: Some fiber material gasket (such as glass fiber, polyester fiber, etc.) have good corrosion resistance and can resist the erosion of chemical substances.

Flexibility: The flexibility of the paper material allows the gasket to adapt to different shapes and sizes of the sealing surface, ensuring the sealing effect.

Machinability: easy to process and cut, easy to customize production according to actual needs.

Fiber&Paper Gasket material of BX Panel is non-asbestos material, which meets the requirements of environmental protection and health, non-toxic and harmless, and avoids the harm that may be caused to human health during the processing, use and disposal of asbestos fiber.

Product advantages

Fiber&Paper Gasket can be tightly fitted to a variety of shape sealing surfaces to provide a reliable sealing effect and effectively prevent leakage of liquid, gas or solid particles. Fiber&Paper Gasket has high wear resistance due to the addition of fiber gasket materials and is able to resist long-term mechanical friction and wear. This makes it perform well in sealing situations that require frequent movement or vibration, extending the service life of the gasket. Some fiber materials (such as glass fiber, polyester fiber, etc.) have excellent corrosion resistance and can resist the erosion of various chemical substances. This makes Fiber&Paper Gasket highly useful in applications involving corrosive media, such as petrochemical, chemical equipment, etc.

Fiber&Paper Gasket’s raw materials are mostly renewable or recyclable and meet environmental requirements. In the process of waste treatment, it is also relatively easy to recycle or harmless treatment, which is conducive to reducing environmental pollution and resource waste.

Fiber&Paper Gasket can be customized for specific application requirements to suit different sealing environments and operating conditions. This makes it have a wide range of application prospects in various industrial fields.

What Special Features Can Be Incorporated into Fiber＆Paper Gasket?

Fiber&Paper Gasket can incorporate a variety of special features to meet the needs of different application scenarios.

High Temperature Resistant Coating

In order to improve the high temperature resistance of the gasket, the surface can be coated with PTFE (polytetrafluoroethylene), neoprene or silicone and other high temperature resistant materials. These coatings can effectively resist thermal damage in high temperature environments and maintain the sealing performance and structural integrity of the gasket.

For example, in high temperature resistant fiber gaskets, glass fiber may be used as a substrate, combined with silicone coatings, to provide stability and sealing at extremely high temperatures, such as 1000°F / 538 ° C.

Lint Free Treatment

Fiber&Paper Gasket adopts special lint free treatment technology during the cutting process to reduce the formation of particles in the air and avoid pollution to the working environment and equipment. This is particularly important for industries that require a high degree of cleanliness, such as semiconductor manufacturing, aerospace, etc.

Reinforced Materials

Fiber&Paper Gasket adds reinforced fibers (such as arnylon, glass fiber, carbon fiber, etc.) to the paper substrate to improve the mechanical strength and wear resistance of the gasket. These reinforcement materials can enhance the overall performance of the gasket, making it more able to withstand the test of high pressure, high temperature and harsh conditions.

Special Coatings and Additives

Fiber&Paper Gasket can be coated with special coatings or additives on the surface of the gasket as required to improve some of its properties. For example, adding flame retardants to be the flame retardancy gaskets; A conductive coating is applied to give the gasket conductive properties, etc.

BX Panel Fiber＆Paper Gasket Technical Information

Cutting and Forming

Design drawings: Design and draw detailed cutting drawings according to the specific size, shape and thickness requirements of the gasket.

Cutting molding: Use professional equipment (such as die cutting machine, laser cutting machine, mechanical cutting machine, etc.) to cut the felt material into the desired shape and size according to the requirements of the drawing. This step requires precise control of the cutting speed and force to ensure smooth, burri-free edges of the gasket.

Back adhesive

According to the use of the product environment and requirements, choose the appropriate type of back adhesive, such as waterproof, temperature resistance, super bonding, etc. We offer 3M, Crown, Soken, Nitto, Sony, Luxking and other adhesive brands.

What Industries Use Fiber＆Paper Gasket?

Automotive manufacturing: Used for engine, transmission, chassis and other parts of the seal.

Aerospace: Used in sealing systems for aircraft and rockets.

Mechanical equipment: plays a role in the sealing and shock absorption treatment of various mechanical equipment.

Building decoration: used for sealing of doors, Windows, pipes and other parts.

Petrochemical: Used in the sealing of equipment and pipelines in the petroleum, chemical and other industries to resist the erosion of corrosive media.