rwanda wholesaler rubber accelerator 95-33-0 cbs
rwanda wholesaler rubber accelerator 95-33-0 cbs
rwanda wholesaler rubber accelerator 95-33-0 cbs
rwanda wholesaler rubber accelerator 95-33-0 cbs
rwanda wholesaler rubber accelerator 95-33-0 cbs
  • What is rubber accelerator CBS?
  • Rubber accelerator CBS (CAS No. 95-33-0) is a gray-white powder with a slight odor. It is an excellent accelerator for natural rubber, synthetic rubber, and latex. CBS accelerates the vulcanization process, which improves the mechanical properties, stability, and durability of rubber products.
  • How vulcanization accelerator is used in rubber goods manufacture?
  • CBS is exclusively used as vulcanization accelerator in rubber goods manufacture. Vulcanization transforms the rubber from the thermoplastic into the elastomeric state at temperatures between 150 and 200 °C. CBS is loaded to the rubber in concentrations of 0.5– 1% (ww) but it breaks down during the curing process.
  • Can CBS be used as a vulcanisation accelerator?
  • Use of CBS as a vulcanisation accelerator in the rubber industry (e.g. rubber goods, tires) During the vulcanisation (curing) process, CBS like any other vulcanising agent is reacting for at least 95 %.
  • How many T vulcanisation accelerators are there in the world?
  • The world CBS production is estimated to 44,000 – 45,000 t for 1993. It is expected that the CBS demand will increase in the next years, because CBS in contrast to other vulcanisation accelerators cannot form toxic nitrosamine.
  • How much air is released from a generic rubber manufacturing site?
  • Releases to air from a generic rubber manufacturing site have been estimated according to OECD emission scenario document to be 31 kg/day expressed as unreacted CBS. It is noted, that the major part of this amount is expected to be released in form of breakdown products.
  • How much peclocalair does a rubber manufacturing site emit?
  • For a generic rubber manufacturing site, PEClocalair of 8.62 μg /m3 as CBS -equivalent has been estimated according to the OECD emission scenario document. It is noted, that the majority of this amount is expected to be present as degradation products.