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

Timrex KS Series Graphite

Timrex KS Series Graphite is a high-purity, thermally conductive synthetic graphite powder engineered for lithium-ion battery anodes and advanced thermal management systems. Featuring uniform particle size distribution, low surface area, and excellent electrical resistivity control, it ensures superior cycle life and rate capability. Developed by Timrex—a premium graphite solutions brand—this KS-series material meets stringent automotive and energy storage specifications with consistent batch-to-batch performance.
  • timrex ks series graphite_699f6c7e
  • timrex ks series graphite_699f6c7e

Features Of Timrex KS Series Graphite

  1. High-purity natural graphite with minimal ash content (<0.15%) for enhanced thermal and electrical performance.

  2. Optimized particle size distribution ensuring excellent dispersion stability in polymer and rubber matrices.

  3. Surface-treated for improved interfacial adhesion with organic binders and elastomers.

  4. Consistent batch-to-batch quality certified to ISO 9001 manufacturing standards.

  5. Low moisture content (<0.3%) to minimize processing defects during high-temperature compounding.

Typical Applications Of Timrex KS Series Graphite

  1. Conductive masterbatches for automotive EMI shielding components.

  2. Thermally conductive fillers in LED encapsulation resins and heat sink compounds.

  3. Reinforcing and lubricating additive in high-performance brake pad formulations.

  4. Electrode material modifier in lithium-ion battery anode slurries (pre-carbonized stage).

  5. Anti-static filler in industrial conveyor belts and mining equipment linings.

Specifications Of Timrex KS Series Graphite

Chemical TypeNatural flake graphite, surface-modified
Product FormFree-flowing fine powder
AppearanceDark gray to black, metallic luster
Particle Size (D50)15–22 µm
Fixed Carbon Content≥ 99.0 wt%
Volatile Matter≤ 0.5 wt%
pH (10% aqueous slurry)6.5–8.0
Bulk Density0.35–0.45 g/cm³


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