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

Sunshine Hi-Tech Hytide TD888 Carbon Black

Sunshine Hi-Tech Hytide TD888 Carbon Black is a high-performance rubber-grade carbon black engineered for superior dispersion, reinforcement, and abrasion resistance in demanding tire treads and industrial rubber goods. Its optimized particle size distribution and surface activity ensure excellent processability, tensile strength, and wear durability—ideal for premium all-season and high-mileage tires requiring extended service life and consistent performance.
  • sunshine hi tech hytide td888 carbon black_abda842c
  • sunshine hi tech hytide td888 carbon black_abda842c

Features Of Sunshine Hi-Tech Hytide TD888 Carbon Black

  1. High structure morphology for enhanced reinforcement in rubber compounds.

  2. Consistent particle size distribution ensuring uniform dispersion and improved processing stability.

  3. Low volatile content (< 5.0 wt%) supporting low-emission compounding operations.

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

  5. Excellent tinting strength and jetness, meeting stringent color performance requirements in premium black masterbatches.

Typical Applications Of Sunshine Hi-Tech Hytide TD888 Carbon Black

  1. Passenger car tire treads and sidewalls requiring balanced abrasion resistance and rolling resistance.

  2. High-performance industrial rubber goods including conveyor belts and mining hoses.

  3. Pigment-grade masterbatches for engineering plastics and automotive interior components.

  4. Conductive compounds for antistatic flooring and ESD-safe packaging films.

Specifications Of Sunshine Hi-Tech Hytide TD888 Carbon Black

Chemical TypeFurnace Black (ASTM D1765 N330 equivalent)
Product FormFree-flowing pellets (standard bagged or bulk)
AppearanceBlack, odorless granular solid
DBP Absorption (mL/100g)95–105
Oil Absorption Number (OAN)98 ± 5 mL/100g
Volatile Matter (wt%, 105°C, 2h)≤ 4.5%
Ash Content (wt%)≤ 0.5%
pH (10% aqueous slurry)6.5–8.0


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