Et Vulcanization ratio additive est maxime composito ex Vulcanizing agente, a promotor et agens activae, et moles et moles rationes circiter X% of moles in sulphur, metallum {I}}}, {{II {}ides et in Sulphur:
Fretus in eget elit et rubber et Flexilis products, diversis Vulcanification systems ut sulphur, peroxide, hydrazine, resinae, et metallum, et sulphur systematis ., et semi-vulcanization systemate, {{II}, utilis Vulcanization systemate, et in generali, ut usui systemate, {{II} utilis Vulcanification
Sulfur vulcanization system is widely used in general-purpose rubber and semi-universal rubber. Metal oxide vulcanization system is mainly used for neoprene (CR), antimony and resin vulcanization system is mainly used for butyl rubber (IIR), peroxidation. The resin and resin vulcanization systems are primarily used for ethylene propylene rubber (EPR), natural rubber (NR) and styrene butadiene rubber (SBR). Special rubber [such as polysulfide rubber (LP), chlorosulfonated polyethylene rubber (CSM), chlorinated polyethylene rubber (CM), fluororubber (FKM), silicone rubber (MVQ), fluorosilicone rubber (FVMQ), etc.] It is all full of rubber and does not contain double bonds. Sulfur does not have cross-linking effect. Therefore, non-sulfur vulcanization systems such as metal oxides, peroxides, and organic amine salt vulcanization systems are required. In recent years, acrylate rubber (ACM) has chosen sulfur sulfur curing system at Omnes {{XI}}