High-Performance 220668 Plasma Cutting Electrode - China Suppliers & Factory Direct Offer
Model Specification
Model Number: 220668
Designed specifically for compatible high-performance plasma cutting systems.
Material & Structure
Material: High-grade Copper main body for optimal electrical conductivity and heat dissipation. Hafnium electrode tip for superior high temperature and corrosion resistance.
Structure: Comprises a main body (responsible for conduction and cooling) and a specialized tip (generates the plasma arc).
Function & Principle
Function: Conducts electrical current and pairs with the nozzle to generate a high-temperature plasma arc to cut through metal.
Working Principle: Electric current flows through the electrode to strike an arc. This arc heats the passing gas to form plasma, which melts the metal to complete the cut.
Replacement & Maintenance
Replacement Frequency: Varies based on usage frequency and cutting materials. Regular replacement is necessary as the electrode wears down.
Inspection: Periodically check the electrode tip. Replace immediately when severe wear or damage is visible.
Installation: Ensure correct alignment and secure installation to prevent damage to the electrode or the plasma cutting machine.
Performance Characteristics
High Conductivity: Delivers a highly stable current flow, guaranteeing efficient cutting performance.
High Temperature Resistance: The premium Hafnium tip withstands extreme heat, extending the overall service life.
Easy to Replace: Simple, user-friendly design allows operators to quickly perform replacements.
Troubleshooting
Rapid Wear: Verify cutting parameters and check gas quality to ensure they meet correct specifications.
Reduced Cut Quality: Inspect the electrode for wear and replace it if the tip is degraded.
Product displays
Frequently Asked Questions
The main body is constructed of high-conductivity copper for optimal heat dissipation, while the tip uses premium hafnium to withstand extreme temperatures and resist corrosion.
Electric current passes through the copper body to the hafnium tip, generating an electrical arc. This arc heats the gas into a high-temperature plasma state to melt and cut through metals.
Premature wear is often caused by incorrect cutting parameters or poor gas quality. Ensure your machine settings and gas supply comply with the recommended specifications.
You should inspect the tip regularly. If you notice severe physical wear, damage to the hafnium insert, or a significant drop in cutting quality, the electrode needs to be replaced.
Always ensure the electrode is installed correctly and securely. Improper installation can result in damage to the electrode itself or cause malfunctions within the plasma cutting machine.
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