This Chinese company is specialized in producing refractories since 1994. The main products are superfine fiber and conductive fiber non-woven fabric products . The company wants to corporate with European companies in the field of electronics, power generating or refractory for distribution cooperation.
A western Chinese company with over two decades of experience had designed a new range of refractory fabrics, including superfine conductive non-woven fibres. The products have properties such as excellent electro-conductive performance, electro-conductive heat generation performance, antistatic performance, electromagnetic wave and magnetic shielding performance, heat-generating property from sheet surface, and heat conduction performance. Since the fine carbon nanotubes are homogenously attached to the matrix of the synthetic fibres, there is little peeling off of the carbon nanotubes from the fibre surface due to washing, friction, or other reasons. The products are highly durable as well as soft, making them suitable for: Anti-static dust-free microfiber cleaning cloths - for cleaning hard disk drives, liquid crystal display panels, semiconductor chips, circuit boards, optical lens, precision instruments, medical equipment and biochemical reagents products. Electromagnetic wave shielding covers for plasma display panels, plasma television, digital video disks, liquid crystal displays, flexible printed board, personal computer cables, laptop computers, communications and electronics products. Smart textiles for clothing. The company wants to corporate with European companies in the field of power generating, electronics or clothing under a distribution services agreement.
Innovations and advantages
This company uses the raw materials of carbon nanotubes / polyamide 6 composite hollow fiber and figured sea-island composite staple fiber to produce superfine fiber/ conductive fiber nonwovens. These products have extremely excellent electro-conductive performance, electroconductive heat generation performance, antistatic performance, electromagnetic wave shielding performance, and heat conduction performance. Because of homogeneous dispersion of CNTs in the host polymer matrix and stronger interfacial adhesion between CNTs and the matrix, carbon nanotubes / polyamide 6 composite hollow fibers have properties such as extremely excellent electro-conductive performance(≤104 Ω・cm). since the peeling off of the carbon nanotubes from the fiber surface due to washing, friction, or other reasons is hardly caused, the fibers have an excellent durability of each performance. This technique overcomes those disadvantages and limitations of conventional techniques such as a decreased softness (or flexibility), a deteriorated workability, and a lowered tactile sensing (or flexible feel). These products have properties such as excellent softness, workability, tactile sensing (or texture or hand feeling), tactile impression, and lightness in weight. Antistatic superfine fiber non-woven has specific resistance less than 109 Ω・cm, mainly used for dust-free cleaning cloth，in order to solve problems of a damage to an electronic apparatus, or an ignition and explosion of an inflammable substance due to spark on electrostatic discharge. Electromagnetic wave shielding superfine fiber non-woven has specific resistance less than 106 Ω・cm, with a view to protecting a human body and an electronic apparatus against an electromagnetic disturbance，in order to solve problems such as performance deterioration and dust generation due to peeling (or falling) off of the adhered metal particle or piece of the conventional electromagnetic wave shielding synthetic fiber or fabric.
02002 Industrial Manufacture
Market application codes
Area of partner's activity
The company wants to corporate with European companies in the field like steel, power generating or refractory for distribution cooperation.