egypt tmtm rubber auxiliary agent with good stability
egypt tmtm rubber auxiliary agent with good stability
egypt tmtm rubber auxiliary agent with good stability
egypt tmtm rubber auxiliary agent with good stability
egypt tmtm rubber auxiliary agent with good stability
  • Can TMTD compete with eptd in vulcanization of rubber?
  • The results of the mixed accelerator system following safe thiuram compounds and CBS indicated that EPTD with CBS at a suitable combination can compete with the TMTD in the vulcanization of rubber with improved modulus value, scorch time, and CRI.
  • Can nitrosoamine replace TMTD in vulcanization of rubber?
  • The aim of this study was to replace the unsafe TMTD in the vulcanization of rubber with the synthesized nitrosoamine-safe TDs.
  • How safe is TMTD compared to nitrosamine-safe eptd/CBS?
  • Although TMTD showed a slightly higher tensile strength compared to that of the EPTD/CBS binary accelerator systems, it had poor scorch safety. To address this, nitrosamine-safe EPTD/CBS with a 6:3 mM ratio of EPTD to CBS was used to improve its scorch safety, physical properties, and mechanical properties.
  • Which thiuram disulfide can be used in vulcanization of rubber?
  • Novel TDs, such as bis (N-phenyl piperazino) thiuram disulfide (PPTD) and bis (N-ethyl piperazino) thiuram disulfide (EPTD) can undergo mutual activities with N-Cyclohexyl-2-benzothiazole sulfenamide (CBS) in the vulcanization of rubber.