Technical Parameters
Item | Specification |
Material | Chromium Zirconium Copper + Pure Tungsten |
Construction | Inlaid composite electrode |
Dimensions | 65 × 10 × 10 mm (L × W × H) |
Tolerance | Per customer drawings or national standards |
Manufacturing Process | Mechanical machining and welding |
Surface Treatment | Polished arc surface |
Arc Design | Rounded arc geometry (custom radius available) |
Application Method | Clamp welding |
Interface Quality | Metallurgical bonded joint |
Customization | Available for size, material, and geometry |
All specifications can be tailored to specific welding applications, including material grades, dimensional requirements, and surface finish standards.
Product Features
Inlaid Construction Technology
Chromium zirconium copper base ensures efficient current conduction Pure tungsten insert provides heat resistance at welding contact zone Welded interface maintains structural integrity under thermal cycling.
Rounded Arc Surface
Polished arc geometry creates uniform contact with workpieces Distributed pressure reduces deformation on welded materials Smooth surface finish minimizes adhesion and contamination buildup.
Composite Material Benefits
Copper alloy component handles electrical and thermal transfer requirements Tungsten insert manages high-temperature exposure and mechanical wear Material combination extends electrode lifespan compared to single-material designs.
Precision Engineering
CNC machining ensures accurate dimensional specifications Tolerance control meets drawing requirements and industry standards Consistent geometry across production quantities maintains process stability.
Application Flexibility
Electrode design accommodates clamp welding configurations Dimensions and arc radius adapt to different workpiece geometries Material selection matches specific welding current and force parameters.
Applications
This inlaid electrode serves clamp welding processes across various manufacturing sectors:
Battery tab and busbar connection welding Wire mesh and grid structure fabrication Sheet metal joining in appliance and enclosure production Electrical contact and terminal assembly Metal bracket and frame component welding High-volume production lines requiring electrode durability.
Clamp Welding Process
Clamp welding uses electrodes that grip workpieces from one or both sides, applying force while passing current through the joint area. Heat generates at the interface between materials, creating welds without requiring access from opposite sides.
Process Benefits:
Single-side access capability for enclosed or complex assemblies Force application concentrates energy at intended weld locations Suitable for joining dissimilar materials with different thicknesses Enables welding near edges or in confined spaces.
Electrode Requirements:
Inlaid electrodes meet clamp welding demands through their composite structure. The chromium zirconium copper provides electrical conductivity while the tungsten insert withstands contact pressure and temperature, maintaining arc surface geometry through repeated welding cycles.
Customization Services
We recognize that welding applications have specific electrode requirements. As a specialized resistance welding electrode manufacturer, we provide:
Dimensional Engineering
Custom electrode sizes match your equipment geometry and workpiece specifications based on technical drawings.
Arc Geometry Design
Radius and arc profile modifications accommodate different material thicknesses and joint configurations.
Material Configuration
Alternative base and insert material combinations available for specific thermal and electrical requirements.
Technical Consultation
Welding process optimization guidance Electrode configuration recommendations Installation and setup assistance Continuous technical support.
Production Management
Flexible order volume handling Streamlined manufacturing schedules Reliable delivery commitments.
Frequently Asked Questions (FAQ)
1. Why use an inlaid electrode with rounded arc design for clamp welding?
The rounded arc distributes force evenly while the tungsten insert handles thermal stress. This combination achieves 4-9 times longer service life than standard electrodes while maintaining consistent weld quality.
2. How many welds can this electrode complete before replacement?
Electrode life typically ranges from 40,000-90,000 cycles depending on welding current, material combinations, and process parameters.
3. Can you modify the arc radius for our specific application?
Yes, all geometric features including arc radius are customizable according to your workpiece requirements and welding specifications.
4. What maintenance practices extend electrode performance?
Clean arc surfaces regularly, monitor welding parameters within specified limits, and maintain proper cooling to maximize electrode life.
5. Which material combinations work with this electrode?
The electrode handles steel, stainless steel, copper, brass, aluminum, galvanized sheets, and mixed material joints in thicknesses from 0.4mm to 6mm+.
