600D Filament Para Aramid Fiber Cloth Mesh Black
1. Description:
Special properties of aramid materials: 1. Low specific gravity 2. Electrical insulators 3. Low thermal expansion coefficient 4. High tensile, high tension function 5. Low elongation, high modulus, high breaking strength 6. High chemical resistance, high stability, resistance to creep 7. High temperature resistance, fire resistance, no melting, no combustibility, only carbonized aramid high temperature resistant roller (belt) rope is made of aramid 1414 twisting, aramid fiber has the advantages of high temperature resistance, fire resistance, high pressure resistance, abrasion resistance, heat resistance, chemical corrosion resistance, good mechanical properties, etc. High temperature resistant roller table (belt) rope spiral wound on the tempering furnace roller table, convenient for high temperature glass fast.
2. Specifications:
Name | 600D Filament Para Aramid Fiber Cloth Mesh Black |
Material | 100%Para Aramid |
Weight | 260gsm |
Color | Black |
Width | 1.5m |
Yarn count | 600D |
Finishing | Resin coating |
Standard | En11611, En11612, En1149-3, NFPA2112, Oeko-tex100, and ISO9001:2008,EN388. |
MOQ | 300kg |
Packaging | by rolls as 25kg/roll or according to your requirements, packing with plastic bag and woven bag. |
Payment term | T/T |
3. Difference of the fiber:
1, the nature is different: filament is a continuous fiber, such as silk and chemical fiber silk ejection continuous bundle. Staple fiber is the length of a few millimeters to dozens of millimeters of fiber, such as cotton, wool, hemp and other natural fibers.
2, the production is different: filament is usually used more than a dozen or dozens of single filament and woven together. Staple fibers are made by cutting off long filaments. Staple fibers must be spun to form continuous yarns for weaving.
3, feel different: filament fabric smooth surface, strong luster, commonly used as summer fabric. Short fiber fabrics with feathery surface, plump and fluffy, often used for autumn and winter fabrics.
4. Pictures: