Product Specifications
| Prod Model: |
Liangyou-C280060 |
| Markets: |
North America,South America,Eastern Europe,Southeast Asia,Africa,Oceania,Mid East,Eastern Asia,Western Europe |
| C Type Article: |
Width=12mm~30mm |
| Diameter: |
10-50mm |
| Color: |
Black |
| Material: |
PA66 and Shot Cut Glass Fiber |
| Refractoriness: |
-60~200 |
| Apparent Density: |
1.35 Ton/M³ |
Product Description
The C type article of polyamide thermal insulation profile can be used in aluminium profiles, more beautiful as there's no gap between profiles.
We act as the only one manufacturer that can do better than technoform bautec in China, with cheaper price and higher performance(Kaxite Series), except for the scale of factory.
Currently there're strips width from 10mm~60mm, of course we can customize and develop more kinds of strips for you.
We dedicated in the researching and developing activities for energy-saving materials since 2001, and successfully made great achievements in the field of plastics and metal materials, especially for the polyamide profiles and non-woven fabrics. After 10 more years of effort and with the customer recognition for our business, Jiangyin Kaxite Energy-saving Materials Technology Co., Ltd (KXT-Tech) was founded under the support of Jiangyin Technology Bureau in the year of 2015.
Apart from selling common polyamide thermal barrier strips and non-woven products, KXT-Tech has her own R&D teams who offering technical service and are afford to develop new/customized shapes of PA66GF25 profiles or other energy-saving materials, our technical team makes it possible to develop metal molds/dies in an extremely short time to meet customer needs. Also we provide the international trading service not only for our own domestic factories but also any other service you need from China.
Kaxite Technology Company has three departments, PA66 Profile Division (polyamide thermal insulation strips, PA66GF25 raw material particals), Non-woven Division (disposable masks, gown, mushroom caps), Metal Material Division, we'll go on using our way to develop higher performance energy-saving materials to make our world better!
