Authoritative certified mold-resistant materials: through the military standard mold resistance test (GJB150.10), an alternative to CNAS.
1. UL certified V0 grade polyether TPU:
UL94-V0 (1.5mm) flame retardant grade, fully support the conventional structural cable through the theIEC60332-1-2 single vertical burning test;
2. Extremely small high and low-temperature shrinkage rate, shrinkage rate ≤1% in high and low-temperature cycle test;
3. High security and reliability, support fiber optic cable through various environmental tests and life tests:
4. High wear resistance:
Polar material, high cohesive energy, and wear resistance are much better than conventional low-smoke halogen-free polyolefin materials (LSZH);
5. Excellent processing performance:
Fully meet the requirements of cable jacket filling, semi-filling, empty pipe extrusion, and high-speed ultra_x005f thin wall (≤0.1mm, 80-200m/min)extrusion requirements. high yield rate, and low degradation performance such as runny, broken skin, granules, coarse hemp, mold marks, and stereotypes.
6. Advanced appearance:
The even and delicate frosted surface (matte surface) not only makes the cable wear-resistant, reliable high-quality texture but also suitable for the extinction requirements of military optical cables." most used in Military&Aerospace cables.
|Technical Data Sheet||Model|
|Material Properties||Test Standard||Test Condition||Unit||1185D-ENB-1414S|
|General Characteristics||Material Category||-||-||-|
|Physical Characteristics||Hardness||ISO 48||15S||Shore A||85|
|Melt Index||ISO 1133-1:2011||190℃/2.16kg||g/10min||9.6|
|Brittle Temperature||ISO 812||-||℃|
|Hot Air Aging||Elongation Retention Rate||ISO37:2017||-||%|
|Tensile Strength Retention Rate||ISO37:2017||-||%|
|Electrical Performance||Volume Resistivity||ASTM D257||-||Ohm-cm|
|Combustion Performance||Vertical Burning Test||UL 94||3.0/6.0mm||-|
|Oxygen Index||ASTM D2863||-||%|
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