Heat Resistance Aramid Fiber 2D 51MM Flame Retardant

Heat resistance aramid fiber 2D*51MM:

Intermediate aramid fiber has good thermal stability, can be used continuously under the condition of 205℃, and can still maintain high strength under the high temperature condition of more than 205℃. The intermediate aramid fiber has a higher decomposition temperature, and will not melt and melt drop under high temperature conditions, when the temperature is greater than 370℃ began to carbonize.

Specification Of Heat resistance aramid fiber:

ABOUT US

Changshu Azue Co.,Ltd is polyester staple fiber supplier. Our factory production production lines in southern part of China, mostly based in Jiangsu Province. Totally capacity is 3000MT/day.

One of main products is 0.9D/1.2D/1.4D/2D/2.5D*25MM/32MM/38MM/51MM white and black virgin polyester staple fiber. Some is for spinning and needle punching application for producing Nonwoven fabric . The uniquely distributed and demanded one is for spunlace application.

The other main production is Low melt fiber 2-4D*51MM and Hollow Conjugated fiber 3D/7D/15D*51MM/64MM. It is for cloth , quilt, pillow, sofa . All these fiber is available all the time. We will update the price frequently according to marketing price

MARKET COVERAGE

Our main market is from local market and Asian market. Like Korea, Thailand, India ,Russia, Mexico and Turkey. But we no client from Brazil and American previousely. Hope you will noted.

The short staple is widely used, and can be woven into fine thread, thread end and felt, and even into fibrous layer in Nonwoven or felt-making. It can also be used for making other materials, and forming composite material together with other materials.

Polyester fiber, the most important synthetic fiber. It could be used in traditional spinning technology and nonwovens. Its finished product will be used in clothing materials and fabrics, automotive interior, medical treatment and public health, filter material, household decorations, civil engineering and other special application.