Welding clip

Welding clamp is a key tool used in welding operations to connect welding equipment and workpieces, forming a current circuit. The figure shows three different current specifications: 300A, 500A, and 800A. The detailed introduction is as follows:

Core Structure and Materials

Conductive components: Made of high-purity copper material, it has excellent conductivity and thermal conductivity, and can transmit current at a suitable speed during high current welding without overheating, confirming stable welding process.

Clamping structure: Clamping is achieved through the principle of springs or levers, with strong clamping force that can firmly adhere to the surface of the workpiece, avoiding arc splashing or burning of the workpiece due to poor contact.

Shell and Coating: The exterior is made of chrome plated or galvanized metal shell, which enhances performance and corrosiveness, while improving the practicality and aesthetics of the appearance.

performance advantage

Conductive stability: Copper material protects against low current transmission loss, stabilizes welding arc, reduces defects such as porosity and arc deviation, and improves weld quality.

Strong practicality: The metal shell and coating design make it highly resistant to wear and corrosion, with a long service life and reduced replacement costs.

Easy to operate: The opening and closing design is simple, and the speed is suitable for clamping workpieces, adapting to metal surfaces of different shapes and thicknesses, and improving the efficiency of welding operations.

Application scenarios

Industrial welding: The 500A and 800A models are suitable for high current and high strength welding scenarios such as steel structure manufacturing, ship welding, and engineering machinery maintenance.

Small homework: The 300A model is suitable for light load welding needs such as home DIY, car repair, and small metal processing.

Precautions

Regularly clean the contact area between the clamp and the workpiece, remove oil stains and rust, and confirm good conductivity.

Select the corresponding clamp according to the welding current to avoid using small-sized clamps for high current operations and prevent overheating damage.

Confirm that the clamping is fully adhered to the surface of the workpiece to avoid virtual clamping that may cause arc burns to the workpiece or the clamp itself.