Plastic cable clamp

steelcorrosion-resistantfor automotive applications

Product overview

• Material: High-strength steel with plastic insert
• Surface finish: Zinc plated or Nickel plated
• Tolerance: ±0.01 mm
• Primary application: Cable and hose fixing in automotive and electrical systems

Product description
The HLC metal cable clamp is designed for secure fastening of cables and hoses in demanding industrial and automotive environments. The steel body provides mechanical strength while the plastic insert protects conductors from abrasion and ensures stable clamping. Precision manufacturing and corrosion-resistant plating deliver consistent performance across high-volume installations.

Production process

• Design and engineering: dimensions, tolerance (±0.01 mm) and materials defined; CAD modelling to optimize metal body and plastic insert for strength and durability.
• High-speed progressive stamping: steel strips formed with precise bends and holes for repeatable large-volume production.
• Plating: zinc or nickel plating applied to stamped parts for enhanced corrosion resistance.
• Plastic insert: molded or assembled insert fitted to the clamp to prevent cable abrasion and improve fixation stability.
• Automated inspection: dimensional, surface and assembly checks; manufacturing follows IATF 16949-certified processes.

Quality and standards

• Precision tolerance maintained at ±0.01 mm
• Corrosion-resistant finishes (zinc or nickel) for extended service life
• Automated inspection for dimensional and assembly accuracy
• Manufacturing experience: over 20 years; processes IATF 16949-certified

Technical specifications

• Material: High-strength steel with plastic insert
• Surface finish: Zinc plated or Nickel plated
• Tolerance: ±0.01 mm
• Application: Cable and hose fixing in automotive and electrical systems
• Manufacturing methods: Progressive die stamping, plating, plastic insert molding/assembly
• Quality systems: Automated inspection; IATF 16949-certified processes
• Design: CAD optimized for strength and durability