Jiangsu Tiandizao Newmaterial technology Co.,Ltd
Jiangsu Tiandizao New Material Tech Co.,Ltd.
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Aramid Cuff Flame Resistant Accessories For Racing Suit
1. Description:
Interposition aramid fiber is a kind of high temperature resistant fiber with early development, wide application, large yield and rapid development, and its total amount ranks second in special fiber. Poly (m-benzoyl-m-phenylenediamine) is a regular serrated macromolecule, which has been decomposed before melting. The glass transition temperature Tg is 270℃, and no obvious decomposition and carbonization will occur below 350℃. When the temperature exceeds 400℃, the fiber gradually becomes brittle, carbonized and decomposed, but does not produce droplet. It has good flame retardancy, LOI of limit oxygen index is 29% -- 32%, excellent performance. Excellent high temperature resistance, good dimensional stability, excellent spinnability, fire resistance and corrosion resistance.
2. Specifications:
| Name | Aramid Cuff Flame Resistant Accessories For Racing Suit |
| Material | 100%meta aramid |
| Weight | 60gsm |
| Color | Colorful |
| Width | 6.5cm |
| Yarn count | Ne20/1 |
| Finishing | General finishing |
| Standard | En11611, En11612, En1149-3, NFPA2112, Oeko-tex100, and ISO9001:2008,EN388. |
| MOQ | 100kg |
| Packaging | by rolls as 25kg/roll or according to your requirements, packing with plastic bag and woven bag. |
| Payment term | T/T |
3. Characters of the products:
Durable thermal stability.
Aramid 1313 most outstanding characteristic is high temperature resistant performance is good, can use for a long time without aging at 220 ℃ high temperature, the electrical performance and mechanical performance can maintain 10 years, the effectiveness of and excellent dimensional stability, at about 250 ℃ heat shrinkage rate of only 1%, a short period of time will not shrink from 300 ℃ high temperature exposure, embrittlement, to soften or melt, Only in 370℃ above the strong temperature began to decompose, about 400℃ began to carbonize, such a high thermal stability in the current organic temperature fiber is unique.
4. Pictures:
