Copper Turned Parts

Copper Turned Parts Manufacturer & Exporter from Jamnagar

Jamnagar Metal Industries is a reliable manufacturer and exporter of precision Copper Turned Parts from Jamnagar, India. We specialize in machining high conductivity copper components for electrical, thermal, plumbing, and industrial applications where material purity, dimensional accuracy, and surface finish are critical.

Our copper turned parts are produced using advanced CNC and automatic turning machines, allowing us to maintain tight tolerances, consistent geometry, and smooth surface finishes. All components are manufactured as per customer drawings, technical specifications, and performance requirements.

Machining Capabilities – Copper Turning

  • CNC and automatic turning operations

  • Precision machining of soft and high conductivity copper

  • Close tolerance turning for functional components

  • Threading, drilling, boring, grooving, and profiling

  • Prototype to bulk production

  • Controlled cutting parameters to avoid material deformation

Copper Grades & Material Properties

We machine copper components using commonly specified grades selected for conductivity, thermal performance, and machinability:

  • Electrolytic Tough Pitch Copper (ETP)

  • High Conductivity Copper

  • Oxygen Free Copper (as per requirement)

These materials offer excellent electrical and thermal conductivity, good corrosion resistance, and stable mechanical performance.

Technical Specifications

ParameterSpecification
MaterialETP Copper, High Conductivity Copper
Machining ProcessCNC Turning / Automatic Turning
Dimensional ToleranceAs per drawing
Surface FinishAs specified (smooth turned finish achievable)
Size RangeAs per drawing
Thread StandardsMetric, BSP, BSPT, UN
InspectionDimensional and visual inspection
CustomizationFully as per drawing or sample

Specifications depend on component design and application.

Technical Advantages

  • High dimensional accuracy and repeatability

  • Excellent surface finish without tearing or burrs

  • Maintained conductivity through controlled machining

  • Suitable for electrical and thermal applications

  • Consistent quality for mass production

Applications

  • Electrical connectors and terminals

  • Earthing and grounding components

  • Power transmission and distribution parts

  • Heat transfer and cooling components

  • Industrial and mechanical assemblies