1.Features

High strength:

Glass fiber knitted fabrics and knitted composite felt have the characteristics of high strength. Through advanced weaving technology. These materials can withstand tremendous pressures and loads. Their inherent strength. Plus the structural reinforcement provided by the weaving process. Enables them to withstand stringent conditions in a variety of applications. Both in the construction and automotive industries. As well as aerospace and other industries. Their high strength ensures reliability and longevity. Contributes to the overall durability and performance of products and structures.

Light:

Fiberglass knitted fabrics and knitted composite felt are valued for their lightweight characteristics. Using fine glass fibers. These materials are intricately woven together. Creates a lightweight and durable structure. Their low density makes them ideal for applications where weight reduction is critical. For example, aerospace. As well as cars and sports equipment. Despite the light weight. But they still have impressive strength and elasticity. Helps improve fuel efficiency. As well as mobility and overall performance in various industries. Besides. They are light in weight. Easy to operate and install. Further increasing their appeal in a variety of applications. 

Corrosion resistance:

Glass fiber knitted fabrics and knitted composite felt have excellent corrosion resistance. The inherent properties of glass fiber make it very acid resistant. And the ability of alkali and most chemicals to corrode. This corrosion resistance ensures the longevity and reliability of structures and products in harsh environments. Both for Marine applications. Chemical processing plants are also infrastructure exposed to corrosive elements. These materials can provide long-term protection from degradation. Their corrosion resistance also reduces maintenance requirements. Prolong the service life of equipment and structure. Making it the first choice for industries that require durable and reliable solutions in challenging conditions.

Insulation properties:

Glass fiber knitted fabrics and knitted composite felt have excellent thermal insulation properties. As an excellent insulating material. Glass fibers effectively trap heat and prevent the transfer of heat energy. This makes them suitable for a wide range of applications where insulation is required. For example, architecture. As well as the automotive and electrical industries. By reducing heat transfer. These materials help maintain a stable temperature and save energy. And can improve efficiency. Besides. Their insulating properties extend to electrical insulation. Making them valuable in applications involving electrical components and systems. Glass fiber knitted fabrics and knitted composite felt have the ability to withstand high temperatures and harsh environments. Reliable thermal insulation solutions for a wide range of industrial and commercial applications. And provide electrical insulation solutions.

High temperature resistance:

Glass fiber knitted fabrics and knitted composite felt have excellent high temperature resistance. Due to the inherent properties of glass fiber. These materials can withstand high temperatures without compromising their structural integrity. This makes them ideal for applications that require exposure to high temperatures. For example, a car exhaust system. Industrial furnaces and aerospace components. Their ability to maintain stability and performance at extreme temperatures. These capabilities ensure reliability and longevity in harsh environments. Except. Their high temperature resistance helps improve safety and efficiency in a variety of industries. In these industries. Maintaining the integrity of the material under thermal stress is essential. Generally speaking. Fiberglass knitted fabrics and knitted composite felts provide a reliable solution for applications requiring high temperature elasticity.

Sound insulation and absorption:

Fiberglass knitted fabrics and knitted composite felt are valued for their excellent sound insulation and absorption properties. The complex structure of these materials effectively captures and suppresses sound waves. Reduce the spread of noise. Improve acoustic comfort in a variety of environments. Whether it’s for car interiors. Building insulation or industrial machinery. They all work by minimizing noise pollution. To help create a quieter space. Besides. Their ability to absorb sound makes them suitable for acoustically sensitive applications. Such as recording studios and auditoriums. Where clear sound quality is essential. By reducing noise levels and absorbing unwanted sound reflections. Fiberglass knitted fabrics and knitted composite felt help enhance the auditory experience. And enhance the overall quality of the environment.

Plasticity:

Glass fiber knitted fabrics and knitted composite felt have remarkable plasticity. This property allows them to be molded into various forms and structures. To suit specific application requirements. Either by thermoforming. And compression molding or other molding techniques. These materials can be easily manipulated. Without sacrificing its structural integrity. Their plasticity allows in cars. Complex design and custom solutions for industries such as aerospace and construction. Besides. They can be reinforced with other materials. To further improve its mechanical properties and functions. With its versatility and adaptability. Fiberglass knitted fabrics and knitted composite felts are creative for different industries. And innovative applications offer endless possibilities.

Specifications

3: Application

Sporting goods field:

Glass fiber knitted fabrics and knitted composite felt have special properties. These properties have been widely used in the field of sporting goods.In the production of sports equipment. Like a tennis racket. And fishing rods and hockey sticks. These materials are used because of their lightweight and durable nature. High tensile strength and impact resistance of glass fiber. Making it ideal for enhancing the structure of these items. Ensures optimum performance and longevity.

Besides. In sportswear. Due to its hygroscopicity and permeability. The glass fiber knitted fabric and knitted composite felt together. During intense physical activity. They sweat and ventilate effectively. Helps athletes stay dry and comfortable.

Besides. In sports accessories such as helmets and protective gear. These materials provide vital shock resistance and shock absorption properties. Protect athletes from injury during competition or training.

Besides. In the construction of sports facilities. Glass fiber knitted fabric and knitted composite felt have good sound insulation and sound absorption properties. They help reduce noise levels on indoor playing fields. Improve the overall listening experience for athletes and spectators.

In general. The versatility of glass fiber knitted fabrics and knitted composite felts. As well as durability and enhanced performance features. Making them an indispensable material for the sporting goods industry. Contribute to the advancement and safety of sports equipment and facilities.

Electronic and electrical fields:

Glass fiber knitted fabrics and knitted composite felt have excellent insulation and protective properties. Make it in electrons. And the electrical field plays an important role. In electronic components and devices such as circuit boards and semiconductors. These materials serve as an insulating layer. To prevent electrical short circuits and ensure reliable performance. They have high dielectric strength and thermal stability. Making them ideal for use in high-pressure applications. In high pressure applications. Insulation integrity is critical.

Besides. Glass fiber knitted fabrics and knitted composite felt are used in the construction of electrical insulation materials. Such as tape and sleeve. And insulation barriers. These materials provide reliable insulation against electric currents. Helps keep electrical systems safe and efficient.

Besides. In the motor. And in the manufacture of transformers and generators. These materials are used as tank linings and insulating barriers. To prevent electrical breakdown and thermal degradation. Their ability to withstand high temperatures and harsh operating conditions. This ensures the longevity and reliability of these critical components.

Besides. In the aerospace and automotive industries. Fiberglass knitted fabrics and knitted composite felt are used for electromagnetic interference (EMI) shielding applications. They help mitigate electromagnetic radiation. Protect sensitive electronic devices from interference. Ensures optimal performance and compliance with regulatory standards.

In general. Insulation of glass fiber knitted fabrics and knitted composite felt. As well as protection and shielding performance. Making it an indispensable material in the electronic and electrical fields. Contributes to the security of various applications and systems. As well as being reliable and efficient.

Aerospace field:

Fiberglass knitted fabrics and knitted composite felts are lightweight and high strength. And the characteristics of temperature resistance. It has been widely used in aerospace field. In aircraft manufacturing. These materials are used in a variety of applications. Includes structural components. As well as interior panels and insulation.

A key application is the manufacture of composite materials for aircraft structures. Glass fiber knitted fabrics and knitted composite felt are used as reinforcing materials in composite laminates. Provides strength and stiffness. While minimizing weight. This results in a lighter aircraft structure. But strong enough. To withstand the rigors of flying.

Besides. Inside aerospace. These materials are used for sound insulation and vibration reduction. They help reduce noise levels in the cabin. Improve passenger comfort in flight. Besides. They also suppress vibrations from engines and other sources. Ensure a smoother and quieter ride.

Besides. Fiberglass knitted fabrics and knitted composite felts are also used in thermal insulation systems for spacecraft and satellites. Their thermal stability and insulation properties help regulate extreme temperatures in space. Protect sensitive equipment and payloads from thermal stress. And maintain operational efficiency.

Besides. Making aerospace parts. Such as fairing. As well as radome and engine components. These materials are used for their plasticity and impact resistance. They can be molded into complex shapes and structures. Provides aerodynamic efficiency and structural integrity.

In general. Fiberglass knitted fabrics and knitted composite felt play a vital role in the aerospace industry. Contribute to the development of lightweight. As well as durable and high-performance aircraft and spacecraft. Their versatility and superior performance. Making them indispensable materials for a wide range of aerospace applications.

Industrial field:

Glass fiber knitted fabrics and knitted composite felts are widely used in industrial fields for their versatility and durability. A key application is in the manufacture of filtration systems. These materials are used as filter media due to their high porosity. Allows efficient filtration of liquids and gases in industrial processes. Its robust construction ensures longevity and reliability. Even under harsh operating conditions.

Besides. In the construction industry. Glass fiber knitted fabric and knitted composite felt have been used in reinforced concrete structures. They are often used as concrete slabs and beams. And reinforcing materials for the columns. Improve its tensile strength and durability. This reinforcement helps prevent cracks and structural failures. Increase the life of concrete structures in industrial environments.

Besides. These materials are used in insulation systems for industrial equipment and pipes. Their heat resistance helps to minimize heat loss and energy consumption. Helps to improve the efficiency of industrial processes. They are also used for soundproofing industrial facilities. Reduce noise levels. Improve worker safety and comfort.

Besides. Glass fiber knitted fabrics and knitted composite felt are also used in the production of industrial machinery and equipment. They are used as electric motors. And insulation materials for generators and transformers. Provides protection against electrical hazards. Improve operational reliability.

In general. Fiberglass knitted fabrics and knitted composite felt play a vital role in various industrial applications. Including filtration and construction. As well as insulation and machine building. Their versatility. As well as durability and performance. Make them more efficient in industrial operations. As well as materials essential for reliability and safety.

4.Summarize

To sum up. The characteristics and applications of glass fiber knitted fabrics and knitted composite felt indicate their important contribution in different industries. These materials have a light weight. As well as high strength and temperature resistance. Making it a universal solution for a variety of applications. From electronics to aerospace. As well as the construction and industrial sectors. They’re improving performance. As well as durability and efficiency play a crucial role. With the advancement of technology. These materials are subject to continuous innovation and utilization. These could lead to further developments in several areas.Promote cross-industry progress and development.