Industry Research Reports

Meta-aramid fiber, namely poly(m-phenylene isophthalamide) (PMTA), is also known as aramid 1313. Meta-aramid fiber is the fastest growing seed in organic high-temperature resistant fiber. The fiber molecule is composed of meta-phenylene groups connected to each other by amide groups, and the molecular chain is linear and serrated. Due to the strong hydrogen bonding between molecules, the fiber has excellent flame retardancy, thermal stability, radiation resistance and other properties.

Meta-aramid fiber, namely poly(m-phenylene isophthalamide) (PMTA), is also known as aramid 1313. Meta-aramid fiber is the fastest growing seed in organic high-temperature resistant fiber. The fiber molecule is composed of meta-phenylene groups connected to each other by amide groups, and the molecular chain is linear and serrated. Due to the strong hydrogen bonding between molecules, the fiber has excellent flame retardancy, thermal stability, radiation resistance and other properties.

Meta-aramid fiber, namely poly(m-phenylene isophthalamide) (PMTA), is also known as aramid 1313. Meta-aramid fiber is the fastest growing seed in organic high-temperature resistant fiber. The fiber molecule is composed of meta-phenylene groups connected to each other by amide groups, and the molecular chain is linear and serrated. Due to the strong hydrogen bonding between molecules, the fiber has excellent flame retardancy, thermal stability, radiation resistance and other properties.

Meta-aramid fiber, namely poly(m-phenylene isophthalamide) (PMTA), is also known as aramid 1313. Meta-aramid fiber is the fastest growing seed in organic high-temperature resistant fiber. The fiber molecule is composed of meta-phenylene groups connected to each other by amide groups, and the molecular chain is linear and serrated. Due to the strong hydrogen bonding between molecules, the fiber has excellent flame retardancy, thermal stability, radiation resistance and other properties.

Meta-aramids are highly resistant to temperature, chemical degradation, and abrasion. A meta-aramid fiber is usually manufactured by spinning in a chemical solution, known as wet spinning.

Meta-aramids are highly resistant to temperature, chemical degradation, and abrasion. A meta-aramid fiber is usually manufactured by spinning in a chemical solution, known as wet spinning.

Meta-Aramids are highly resistant to temperature, chemical degradation, and abrasion. A meta-aramid fiber is usually manufactured by spinning in a chemical solution, known as wet spinning. The result is a semi-crystalline fiber with its molecular chain partially oriented along the axis of the fiber. M-aramid fibers generally have a Tenacity of about 5.6g/den, which can compare to Mid-Tenacity nylon and polyester fibers. These fibers are unique in their ability to withstand tensile stress during exposure to flames and temperatures up to 400 deg.

Meta-aramids are highly resistant to temperature, chemical degradation, and abrasion. A meta-aramid fiber is usually manufactured by spinning in a chemical solution, known as wet spinning.

Meta-aramids are highly resistant to temperature, chemical degradation, and abrasion. A meta-aramid fiber is usually manufactured by spinning in a chemical solution, known as wet spinning.

Meta-aramid paper is a kind of special paper made of meta-aramid short fiber and meta-aramid deposition fiber, which has high strength, high temperature resistance, corrosion resistance, intrinsic flame retardant and excellent electrical insulation properties. Intermediate aramid paper derived from intermediate aramid paper as the main raw material by primary processing, such as aramid paper for oil-immersed transformer based ring-grid paper, aramid board and other products.