Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

LAN-XESS RHENOCURE DOTG/C Accelerator

LAN-XESS RHENOCURE DOTG/C Accelerator is a high-performance vulcanization accelerator from LAN-XESS’s RHENOCURE series specifically designed for EPDM and NBR rubber compounds offering fast cure kinetics excellent scorch safety and superior compression set resistance.
  • lan xess rhenocure dotg c accelerator_cdb79674
  • lan xess rhenocure dotg c accelerator_cdb79674

Features Of LAN-XESS RHENOCURE DOTG/C Accelerator

  1. High-efficiency secondary accelerator for sulfur-cured rubber compounds.

  2. Enables rapid vulcanization at elevated temperatures without premature scorch.

  3. Improves crosslink density and final mechanical properties, including tensile strength and compression set resistance.

  4. Compatible with natural rubber (NR), styrene-butadiene rubber (SBR), and butadiene rubber (BR) systems.

  5. Supplied as a stable, free-flowing powder with excellent dispersion characteristics in rubber matrices.

Typical Applications Of LAN-XESS RHENOCURE DOTG/C Accelerator

  1. Automotive engine mounts and vibration dampers.

  2. Industrial conveyor belts requiring high resilience and heat resistance.

  3. Railway suspension components and resilient pads.

  4. Heavy-duty tires and off-the-road (OTR) tire treads.

  5. Oil-resistant seals and gaskets in dynamic sealing applications.

Specifications Of LAN-XESS RHENOCURE DOTG/C Accelerator

Chemical TypeDithiocarbamate-based secondary accelerator (DOTG/C blend)
Product FormFree-flowing fine powder
AppearanceLight yellow to pale tan powder
Primary ApplicationsSulfur-cured NR, SBR, and BR compounds
Key FeaturesScorch-safe, fast cure kinetics, enhanced crosslink uniformity
BenefitsImproved production efficiency, reduced energy consumption, superior aging resistance
Storage ConditionsStore in cool, dry place below 25°C; protect from moisture and direct sunlight
Regulatory ComplianceREACH registered; compliant with FDA 21 CFR §177.2600 for indirect food contact applications (when compounded appropriately)


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