Navkar Fabtech LLP | DLC Coated Dents
Navkar Fabtech DLC Coated Dents
Extra-Hard DLC Coating

DLC DENTS Ultra Wear-Resistant

Extra-hard DLC-coated dents in SS 420 grade, suitable for high-abrasion weaving applications, delivering low friction and long-term wear resistance.

Why Choose Our DLC Dents?

SS 420 Premium Grade

High-quality stainless steel base ensures exceptional strength and durability for demanding weaving applications.

Extra-Hard DLC Coating

Diamond-Like Carbon coating provides superior hardness (up to 3000 HV) for extreme wear resistance.

Low Friction Surface

Ultra-smooth coated surface reduces yarn friction, minimizes breakage, and improves weaving efficiency.

High-Abrasion Resistance

Ideal for abrasive yarns and high-speed applications where standard dents wear out quickly.

Technical Specifications

  • Base Material:SS 420 Grade Stainless Steel
  • Coating Type:DLC (Diamond-Like Carbon)
  • Coating Hardness:2500-3000 HV
  • Friction Coefficient:< 0.1 (Ultra-low)
  • Application:High-abrasion weaving, Airjet & Rapier
  • Surface Finish:Mirror-polished + DLC coated

Key Benefits

  • Extended Lifespan:3-5x longer than standard dents
  • Reduced Breakage:Minimized yarn breakage and machine stops
  • Lower Maintenance:Less frequent replacements required
  • Better Fabric Quality:Consistent yarn insertion
  • Energy Efficient:Low friction reduces air consumption

DLC Coating Technology

Diamond-Like Carbon (DLC) coating is a revolutionary surface treatment that combines the hardness of diamond with the smoothness of graphite.

  • Extreme hardness: 2500-3000 HV (vs 800-900 HV for steel)
  • Ultra-low friction coefficient (<0.1) for smoother yarn passage
  • Excellent adhesion to SS 420 substrate
  • High temperature stability up to 400°C
  • Chemically inert - resistant to corrosion
  • Environmentally friendly coating process
DLC Coated Dents Close Up

Ready to Upgrade to DLC Coating?

Contact our team for a quote, technical specifications, or to discuss how DLC dents can improve your weaving efficiency and reduce costs.