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

Timrex FS Series Graphite

Timrex FS Series Graphite is a high-purity, thermally conductive synthetic graphite material by Timrex, featuring FS-1200 and FS-2400 grades. Engineered for EMI shielding, thermal interface applications, and flexible electronics, it offers exceptional electrical conductivity, compressibility, and chemical resistance while maintaining structural integrity under extreme temperatures.
  • timrex fs series graphite_53ac2516
  • timrex fs series graphite_53ac2516

Features Of Timrex FS Series Graphite

  1. High-purity synthetic graphite with low ash content (<0.15%) for enhanced thermal and electrical stability.

  2. Optimized particle size distribution for improved dispersion in polymer and elastomer matrices.

  3. Surface-treated to ensure strong interfacial adhesion with thermoplastics and thermosets.

  4. Excellent oxidation resistance up to 450°C in air, supporting high-temperature processing environments.

  5. Consistent batch-to-batch performance validated via ISO/IEC 17025-accredited quality control.

Typical Applications Of Timrex FS Series Graphite

  1. Conductive fillers in EMI/RFI shielding compounds for automotive electronics housings.

  2. Thermal management additives in LED encapsulants and power module potting resins.

  3. Reinforcement and conductivity enhancer in high-performance gasketing and sealing elastomers.

  4. Antistatic components in semiconductor handling trays and cleanroom transport systems.

  5. Functional filler in flame-retardant cable jacketing compounds requiring low smoke emission.

Specifications Of Timrex FS Series Graphite

Chemical TypeSynthetic graphite
Product FormFine powder (free-flowing)
AppearanceBlack, lustrous granular powder
Primary ApplicationsConductive & thermally conductive polymer composites
Key FeaturesSurface-modified, low-volatility, non-fibrillating
BenefitsReduced viscosity impact, improved mechanical retention, no dust generation during handling
Density (g/cm³)2.20–2.25
Moisture Content (wt%)≤0.3%


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