export iran rubber accelerator dpg in tyre industry
export iran rubber accelerator dpg in tyre industry
export iran rubber accelerator dpg in tyre industry
export iran rubber accelerator dpg in tyre industry
export iran rubber accelerator dpg in tyre industry
  • Are there alternatives for DPG in silica-silane reinforced natural rubber tires?
  • s alternatives for DPG in silica-silane reinforced natural rubber tire compounds. The influence of the amine as secondary accelerator on the vulcanization reaction is analyzed with respect to cure kinetics and as silanization booster, characterized by filler-rubber interaction
  • Why is DPG used in silica-reinforced rubber compounds?
  • Further, while reacting with the silanol groups DPG reduces the polarity of silica by being adsorbed onto the silica surface [, , ]; and finally, DPG is also capable of accelerating the silanization reaction [2,4,7,8]. DPG therefore has turned into a multi-purpose compounding ingredient in silica-reinforced rubber compounds.
  • Is there an alternative to DPG in silica-filled rubber?
  • to DPG, which would indicate lower rolling resistance of tires made thereof. An alternative for DPG in silica-filled rubber compounds was also reported by Debnath et al. based on their work on naturally occurring amino acid L-cystine (L-cys) and its derivative Lcystine
  • What are the characteristics of DPG rubber?
  • Characteristics of DPG: - Acceleration: DPG functions as a medium-fast primary accelerator, meaning it promotes the vulcanization process in rubber production. - Moderate reactivity: It offers a balanced level of reactivity, making it suitable for a wide range of rubber types, including natural rubber (NR), synthetic rubber, and blends.