The quality and performance of plasma consumables largely depend on the materials used in their manufacturing. Each component requires specific materials engineered to handle high temperatures, electrical current, and plasma gas flow.
Electrodes are typically made from high-conductivity copper, embedded with a hafnium or tungsten insert. This insert is responsible for sustaining the arc and must resist high-temperature erosion.
Nozzles (tips) are also copper-based, precision-machined with a central orifice. Good nozzles have tight tolerances and a durable chrome or silver-plated surface for extended life.
Swirl Rings are made from heat-resistant polymers or ceramics, designed to rotate the plasma gas and stabilize the arc.
Shields and Retaining Caps use a combination of copper alloys and high-temperature plastics or composites.
Our factory uses imported copper, advanced CNC turning, and strict quality control to ensure tight tolerances. We also support material customization if customers have special working environments, such as high-humidity, corrosive gas, or high-duty cycle cutting.
We export consistently to markets like Saudi Arabia, Germany, and Thailand, where cutting performance and long life are critical. Our plasma consumables provide excellent thermal stability, low erosion rate, and consistent cut quality.
The quality and performance of plasma consumables largely depend on the materials used in their manufacturing. Each component requires specific materials engineered to handle high temperatures, electrical current, and plasma gas flow.
Electrodes are typically made from high-conductivity copper, embedded with a hafnium or tungsten insert. This insert is responsible for sustaining the arc and must resist high-temperature erosion.
Nozzles (tips) are also copper-based, precision-machined with a central orifice. Good nozzles have tight tolerances and a durable chrome or silver-plated surface for extended life.
Swirl Rings are made from heat-resistant polymers or ceramics, designed to rotate the plasma gas and stabilize the arc.
Shields and Retaining Caps use a combination of copper alloys and high-temperature plastics or composites.
Our factory uses imported copper, advanced CNC turning, and strict quality control to ensure tight tolerances. We also support material customization if customers have special working environments, such as high-humidity, corrosive gas, or high-duty cycle cutting.
We export consistently to markets like Saudi Arabia, Germany, and Thailand, where cutting performance and long life are critical. Our plasma consumables provide excellent thermal stability, low erosion rate, and consistent cut quality.