Carbon & Graphite Textile Yarns

Max Graphite supplies carbon and graphite textile yarns across a comprehensive range of precursor types, filament constructions, and coating configurations — purpose-built for demanding compression packing applications. Our portfolio addresses the full spectrum of industrial sealing requirements: from soft, compliant rayon-based graphite yarns suited to high-speed rotating equipment, to oxidation-resistant PAN-based graphite yarns rated for aggressive chemical service. With tight control over precursor selection, ply count, twist, and coating chemistry, Max Graphite delivers yarn properties matched precisely to your packing design — not generic commodity stock.

Specification of

Carbon & Graphite Textile Yarns

Max Graphite's textile yarn portfolio spans multiple precursor systems, carbon content levels, and construction variables. The table below outlines the primary yarn types and their key defining characteristics to assist initial product selection.

Yarn TypePrecursorFilament FormCarbon ContentTypical Coating OptionsKey Characteristic
Graphite Rayon YarnRayonContinuous filament≥ 99.5%Graphite, PTFE, PTFE/GraphiteSoft, compliant; excellent thermal cycling resistance
Graphite PAN YarnPANContinuous filament≥ 99%Graphite, PTFE, PTFE/GraphiteHigh oxidation resistance; low friction coefficient
Stretch-Broken PAN YarnPANStretch-broken staple≥ 99%Graphite, PTFEConsistent coating uptake; suited to valve packing
Carbon PAN YarnPANContinuous or stretch-broken63–98%PTFE, colloidal graphiteHigh tensile strength; structural packing reinforcement
Pitch-Based Carbon YarnPetroleum pitchStaple filamentVariableColloidal graphiteRough surface texture; high lubricant retention

Typical Grade Specifications: All values are typical; custom grades available on request.

Size of

Carbon & Graphite Textile Yarns

Carbon and graphite textile yarns are supplied in standard and custom linear weight ranges to suit a wide variety of braiding equipment and packing cross-sections. The table below provides representative size parameters; custom specifications are available on request.

Yarn TypeLinear Weight Range (tex)Ply Count OptionsFilament CountFormat
Graphite Rayon Yarn200 – 2000 tex1-ply, 2-ply, multi-plyStandard filament bundlesTube, cone, bobbin
Graphite PAN Yarn (Continuous)100 – 1600 tex1-ply, 2-ply, multi-plyStandard filament bundlesTube, cone, bobbin
Stretch-Broken PAN Yarn200 – 1200 tex2-ply, multi-plyTube, cone
Pitch-Based Carbon Yarn200 – 1600 texMulti-plyTube, cone

Contact us for a detailed stock list or to discuss your custom size requirements.

What Are Carbon & Graphite Textile Yarns?

Carbon and graphite textile yarns are multi-filament or staple-fiber yarns produced from carbonized or graphitized precursors — primarily PAN, rayon, or petroleum pitch — and processed to specific carbon content levels, ply constructions, and surface treatments. Max Graphite manufactures and supplies this material category across its full technical range: from standard industrial grades to high-purity, specification-compliant yarns for nuclear, military, and critical process applications. Our supply capability covers both continuous filament and stretch-broken forms, multiple precursor systems, and a broad coating matrix including PFAS-free options — enabling packing manufacturers to source a complete yarn portfolio from a single, technically capable partner.

Properties of Carbon & Graphite Textile Yarns

Max Graphite's carbon and graphite textile yarns are engineered to deliver consistent performance across the following key property dimensions:
  • High carbon purity — Graphite grades available at ≥ 99% and ≥ 99.5% C, minimizing extractable contamination in sensitive process streams
  • Oxidation resistance — Graphitized PAN yarns offer superior resistance to oxidizing media and elevated-temperature service
  • Chemical inertness — Resistance across a wide pH range and compatibility with aggressive solvents, acids, and hydrocarbons
  • Thermal stability — Functional at operating temperatures well beyond the range of organic fiber-based packings
  • Low friction coefficient — Graphite-coated grades reduce shaft wear and enable reliable sealing on rotating equipment
  • Thermal conductivity — Dissipates frictional heat at the packing interface, extending service life on dynamic sealing applications
  • Coating compatibility — Consistent yarn surface enables uniform uptake of PTFE, colloidal graphite, and PFAS-free graphite coatings

Applications

Carbon and graphite textile yarns from Max Graphite are specified across the following end-use markets and processes:

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