What is ES non woven fabric?
- Author:Junqian Nonwoven
- Source:Original
- Release on:2018-02-28
ES non woven fabric raw material ES fiber ES, is the English "Ethylene-Propylene Side By Side" abbreviation, Japan's Chibi company developed a compelling polyolefin fiber. As a new type of heat-bondable conjugate fiber, ES fiber has been highly regarded in the world. The company is located in:
After the heat treatment of the ES fiber, the fiber and the fiber are bonded to each other to form a non-adhesive non-woven fabric. Choose a different heat treatment, can get different effects of non-woven fabrics. The ES fiber range offers a wide range of process adaptability. ES fibers can be used in all the major non-woven processing methods available. For example: CALENDER hot air, NEEDLE PUNCH, WET LAID, AIR-LAID, SPUNLACE.

The fiber is a bicomponent sheath-core structure composite fiber, the cortical tissue has a low melting point and good flexibility, and the core layer has high melting point and high strength. After the heat treatment of this fiber, the cortical part of the melting and bonding, the rest still retain the fiber state, while having the characteristics of small thermal shrinkage. The fiber is particularly suitable for hot air penetration process for the production of sanitary materials, thermal fillers, filter materials and other products.
After the heat treatment of the ES fiber, the fiber and the fiber are bonded to each other to form a non-adhesive non-woven fabric. Choose a different heat treatment, can get different effects of non-woven fabrics. The ES fiber range offers a wide range of process adaptability. ES fibers can be used in all the major non-woven processing methods available. For example: CALENDER hot air, NEEDLE PUNCH, WET LAID, AIR-LAID, SPUNLACE.

The fiber is a bicomponent sheath-core structure composite fiber, the cortical tissue has a low melting point and good flexibility, and the core layer has high melting point and high strength. After the heat treatment of this fiber, the cortical part of the melting and bonding, the rest still retain the fiber state, while having the characteristics of small thermal shrinkage. The fiber is particularly suitable for hot air penetration process for the production of sanitary materials, thermal fillers, filter materials and other products.