Technical Parameters
Parameter | Specification |
Material | Imported chromium zirconium copper (CrZrCu) |
Dimensions | 40*15*10mm |
Manufacturing Process | Precision mechanical processing |
Dimensional Tolerance | Complies with custom drawings and national standard requirements |
Usage Method | Clamping welding |
Product Features
Premium material
Adopts imported chromium zirconium copper with excellent corrosion resistance and high-temperature stability, ensuring durability even under frequent welding cycles.
Precision machining
Undergoes strict mechanical processing to achieve tight dimensional tolerance, guaranteeing seamless fitting with welding fixtures.
Stable clamping performance
Optimized structural design provides uniform clamping force, preventing workpiece displacement during welding.
Compliance with standards
Fully meets custom drawings and national standard requirements for reliability in industrial applications.
Long service life
Resists wear and deformation, reducing replacement frequency and maintenance costs.
Strong compatibility
Suitable for various projection welding equipment and workpiece materials.
Applications
The Chromium zirconium copper electrode clamping block is ideal for scenarios requiring precise clamping and welding, including:
Automotive component manufacturing (e.g., body frame welding, engine part assembly)
Electronic product production (e.g., connector welding, circuit board assembly)
Precision machinery manufacturing (e.g., small component welding, hardware fitting assembly)
Battery production (e.g., electrode tab welding, battery pack assembly)
Aerospace parts processing (e.g., lightweight alloy component welding)
Projection Welding Process
Workpiece positioning
Place the target workpiece in the welding fixture, ensuring alignment with the clamping block.
Clamping operation
The Chromium zirconium copper electrode clamping block applies uniform pressure to secure the workpiece, eliminating gaps between contact surfaces.
Welding execution
Pass electrical current through the electrode, leveraging the chromium zirconium copper’s high conductivity to generate localized heat for welding.
Post-welding release
After cooling, the clamping block releases the workpiece, completing the welding cycle.
Quality inspection
Verify weld integrity and dimensional accuracy, supported by the clamping block’s consistent performance.
Customization Services
We offer flexible customization services to meet unique project requirements:
Dimensional customization
Adjust diameter, length, and shape according to custom drawings and application scenarios.
Material optimization
Provide tailored chromium zirconium copper formulations based on specific welding temperature and force demands.
Tolerance adjustment
Modify dimensional tolerance ranges to match specialized manufacturing standards.
Surface treatment
Offer optional plating or polishing processes to enhance wear resistance and conductivity.
Rapid prototyping
Deliver sample products for testing before mass production to ensure perfect fit.
Frequently Asked Questions (FAQ)
1. What are the advantages of chromium zirconium copper over other electrode materials?
Chromium zirconium copper offers a balanced combination of high conductivity, thermal conductivity, and hardness, outperforming pure copper in wear resistance and aluminum bronze in electrical performance, making it ideal for long-term welding applications.
2. Can the dimensions of the clamping block be customized beyond D30*45mm?
Yes, we fully support dimensional customization based on your custom drawings and actual welding needs, including non-standard diameters, lengths, and special structural designs.
3. Does the product comply with international welding standards?
In addition to meeting national standard requirements, the Chromium zirconium copper electrode clamping block can be tailored to comply with international standards such as ISO and AWS, ensuring compatibility with global manufacturing systems.
4. How to maintain the clamping block for extended service life?
Avoid hitting or scratching the clamping surface, clean it regularly to remove welding spatter, and store it in a dry environment to prevent oxidation. Regular inspection of dimensional accuracy ensures consistent performance.
