Discover the diverse range of flame retardants, their types, and their specific applications or characteristics in the field of material science and engineering.
Dive into an illuminating exploration of the UL94-V testing standards that ensure the safety of plastics used in everyday products, and discover the critical differences between V-0, V-1, and V-2 flame retardancy grades that could save lives.
Unlock the secrets of cost-effective plastics production with our guide to the advantages, processes, and recommended usage of filled masterbatch.
Uncover how calcium carbonate shapes the superior performance of plastic masterbatches, an article that brings you insight into the key elements of the plastics industry!
With in-depth research and expanding applications, OMMT has the potential to become an important player in the field of flame retardant materials in the future, contributing to the safety and environmental protection of the society.
Flame-retardant cable has slowed the spread of flame along the cable, so that the fire does not expand, because of the low cost, is currently a large number of fire-resistant cables used in a variety of species. Whether it is a single cable or bundle laying situation, when the cable burns, can make the flame spread to a certain extent, so as to avoid the cable fire delayed combustion brought about by a huge disaster, and thus enhance the level of cable line fire.