Belltron®
Conducting Anti-Static Fiber
I. Fiber Description
Belltron®anti-static conductive fibers are available in more than 20 combination of colors, polymers, etc offering a wide range of choices in accordance with intended uses and purposes. Static control is offered by blending small amounts of Belltron®into the primary fiber of choice. Belltron® also offers superior abrasion resistance due to the impregnated nature of the elements that offer the anti-static properties. While other anti-static fibers are available, most of them are based on coating (which leads to shedding) instead of impregnation technology. Belltron® is not a laminated fiber, but rather a nylon or polyester fiber containing continuously-embedded anti-static particles which are exposed to the outer surface of the fiber. This novel structure gives Belltron® outstanding anti-static properties as well as excellent physical properties. Since Belltron’s® fiber surface is smooth, unlike carbon-coated fibers, almost the same process ability as regular nylon can be expected. Finally, Belltron® is also available with a polyester matrix polymer (Type B31, B32, BR1, B68) which offers greater acid and heat resistance compared to the nylon Belltron® versions. Applications include: industrial apparel, dust-free garments, carpets, blankets, curtains, static-free brushes, etc.
II. Product Properties and Availability
Type | Carbon Belltron® | White Belltron® | |||||||||
931 | 961 | 981 | B31 | B32 | 742 | 9R1 | BR1 | 632 | 638 | B68 | |
Cross-sectional configuration |
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Matrix polymer | Nylon 6 | Nylon 6 | Nylon 66 | PET | PET | Nylon 6 | Nylon 6 | PET | Nylon 6 | Nylon 6 | PET |
Conductive Particles | Carbon | Carbon | Carbon | Carbon | Carbon | Carbon | Carbon | Carbon | White Metal Compound | White Metal Compound | White Metal Compound |
Color | Black | Gray | Black | Black | Gray | Silver | Black | Black | White | White | White |
Elongation (%) | 40~60 | 40~60 | 40~60 | 30~55 | 40~50 | 55~80 | 45~70 | 35~55 | 35~55 | 40~55 | 35~55 |
Tenacity (cN/dtex) | 2.4~3.5 | 1.7~2.6 | 2.1~3.1 | 2.8~4.2 | 3.5~4.5 | 2.2~3.2 | 2.8~3.8 | 2.4~3.2 | 4.0~5.5 | 3.0~4.0 | 2.6~3.8 |
Melting point (%) | 215 | 215 | 255 | 255 | 255 | 215 | 215 | 255 | 215 | 215 | 255 |
Electric resistance (ohms – cm) | 106~107 | 106~107 | 106~107 | 108~1010 | 106~108 | 106~107 | 105~106 | 108~1010 | 108~1010 | 108~1010 | 108~1010 |
Filament | 22dtex/3 | 20dtex/1 | 22dtex/3 | 22dtex/6 | 22dtex/5 | 20dtex/5 | 22dtex/3 | 33dtex/6 | 22dtex/6 | 22dtex/3 | |
Staple |
3dtex-5l
3dtex-76 |
3dtex-102 | 3dtex-51 3dtex-76 |
7 – 102 | 6 – 51 | 3dtex-38 3dtex-51 3dtex-76 6dtex-89 |
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Silver | 3dtex-76 6dtex-89 (93S) |
3dtex-51 3dtex-76 (B3S) |
6dtex-89 (63S) |
For extensive technical data, applications, availability and price quotes, please contact our offices or send your request to info@aramid.com.