Technical Parameters
Specification | Details |
Product Name | 7.5mm thick Inlaided electrode |
Material | Chromium zirconium copper + pure tungsten |
Dimensions | 50×7.5×7.5mm |
Manufacturing Process | Mechanical processing + welding |
Dimensional Tolerance | Complies with custom drawings and national standard requirements |
Usage Method | Clamp welding |
Product Features
Superior Material Combination
The blend of chromium zirconium copper and pure tungsten balances electrical conductivity and heat resistance, extending electrode lifespan.
Optimal Thickness Design
7.5mm thickness provides strong load-bearing capacity, avoiding warping during high-current welding.
Precision Manufacturing
Advanced mechanical processing ensures tight dimensional tolerance, matching custom design requirements.
Secure Welding Performance
The inlaid structure enhances contact stability, reducing sparking and improving weld seam quality.
Wide Compatibility
Works seamlessly with various metal workpieces, adapting to diverse clamp welding scenarios.
Applications
The 7.5mm thick Inlaided electrode is ideal for industries where precision and reliability are critical:
Automotive manufacturing: Welding of engine components, chassis brackets, and electrical connectors.
Electrical equipment production: Joining of copper busbars, transformer parts, and switchgear components.
Hardware manufacturing: Assembly of high-strength metal fixtures, tools, and structural parts.
Aerospace accessories: Precision welding of lightweight alloy components and electronic enclosures.
Industrial machinery: Fabrication of gearboxes, hydraulic systems, and mechanical frames.
Projection Welding Process
Preparation Stage
Clean the electrode surface and workpiece welding area to remove oil, rust, or oxide layers, ensuring good electrical contact.
Secure the 7.5mm thick Inlaided electrode in the welding fixture, adjusting the clamp to match the workpiece shape.
Verify the electrode dimensions and tolerance, confirming alignment with the welding joint position.
Welding Operation
Set the welding current, voltage, and pressure parameters based on the workpiece material and thickness.
Activate the clamp welding process, allowing the electrode to transmit current evenly to the welding joint.
Maintain consistent pressure during the welding cycle to prevent gaps or uneven welds.
Post-Welding Inspection
Inspect the weld seam for uniformity, strength, and absence of defects such as cracks or porosity.
Clean the electrode surface to remove any welding residue, preserving its performance for subsequent use.
Customization Services
We understand that different applications require tailored solutions, so we offer comprehensive customization for the 7.5mm thick Inlaided electrode:
Dimensional customization
Adjust length, width, or thickness to match specific fixture or workpiece requirements.
Tolerance refinement
Meet strict precision needs beyond standard specifications.
Material ratio optimization
Modify the proportion of chromium zirconium copper and pure tungsten for specialized environments.
Surface treatment customization
Add anti-corrosion or wear-resistant coatings based on usage conditions.
Drawing-based production
Manufacture fully according to customer-provided technical drawings.
Frequently Asked Questions (FAQ)
1. What is the service life of the 7.5mm thick Inlaided electrode?
The lifespan depends on welding frequency, current intensity, and workpiece material, typically ranging from 500 to 2000 welding cycles with proper maintenance.
2. Can this electrode be used for welding stainless steel?
Yes, its pure tungsten component provides excellent high-temperature resistance, making it suitable for welding stainless steel, carbon steel, and copper alloys.
3. Does the electrode require special storage conditions?
Store in a dry, clean environment to avoid moisture or contamination. Avoid direct impact to prevent damage to the inlaid structure.
4. How to confirm if the dimensional tolerance meets my custom requirements?
We provide detailed inspection reports with each order, including dimensional measurements verified by precision instruments.
5. Can the electrode be reconditioned after wear?
Minor wear can be addressed through grinding and polishing; severe damage may require replacement for optimal welding quality.
