Ultraviolet Light Is Inherently Harmful To Nylon Fibers as Compared...

Ultraviolet Light Is Inherently Harmful To Nylon Fibers as Compared to Aramid Fibers

Veröffentlicht 2023-04-17 12:55:58

Aramid Fibers exhibit poor compression characteristics, which is most likely due to their low resin adherence. Aramid fibres exhibit poor compression characteristics, which is most likely due to their low resin adherence. The fibre is elastic under low load and plastic under high load, demonstrating some resemblance to metals. Aramid fibres are extremely sensitive to UV radiation (loss of properties and discoloration).

Aramid Fibers materials should be stored away from light. Aramid fibres exhibit poor compression characteristics, which is most likely due to their low resin adherence. Aramid fibres exhibit poor compression characteristics, which is most likely due to their low resin adherence. The fibre is elastic under low load and plastic under high load, demonstrating some resemblance to metals. Aramid fibres are extremely sensitive to UV radiation (loss of properties and discoloration). Aramid fibre materials should be stored away from light.

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