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

Mitsubishi Carbon Black MCF88

Mitsubishi Chemical’s MCF88 is a high-performance furnace carbon black in the MCF series, engineered for premium rubber reinforcement—especially in high-end tires and industrial rubber goods. It delivers exceptional abrasion resistance, tensile strength, and dispersion stability. Widely used in tread compounds requiring durability and low heat buildup. Complies with ASTM D1765 and ISO 18502 standards.
  • mitsubishi carbon black mcf88_f5495e9c
  • mitsubishi carbon black mcf88_f5495e9c

Features Of Mitsubishi Carbon Black MCF88

  1. High structure morphology for enhanced rubber reinforcement and improved tensile strength.

  2. Consistent particle size distribution ensuring excellent dispersion in elastomeric compounds.

  3. Low volatile content supporting stable processing and reduced odor in final products.

  4. Optimized surface chemistry for strong polymer-filler interaction in SBR and BR-based systems.

  5. Excellent conductivity retention in semi-conductive rubber applications.

Typical Applications Of Mitsubishi Carbon Black MCF88

  1. Radial and bias-ply passenger car tire treads and sidewalls.

  2. Industrial rubber goods including conveyor belts and hoses.

  3. Semi-conductive layers in high-voltage cable sheaths and grounding components.

  4. Dynamic automotive parts such as bushings, mounts, and vibration dampers.

  5. Specialty molded rubber products requiring balanced abrasion resistance and flex fatigue performance.

Specifications Of Mitsubishi Carbon Black MCF88

Chemical TypeCarbon black (N330-grade equivalent, high-structure)
Product FormPelletized (standard 1–3 mm cylindrical pellets)
AppearanceBlack, free-flowing pellets with uniform density
Primary ApplicationsRubber reinforcement in tires and industrial elastomers
Key FeaturesHigh structure, low surface oxygen, excellent dispersibility
BenefitsImproved modulus, tear resistance, and dynamic mechanical properties
Moisture Content (max)2.5 wt% (as received)
DBP Absorption115–125 mL/100 g


Get in Touch with ERICW
Let competitive chemical materials go global.

Your Name *

Your Email *

Your Phone

Country

Your Message *