
36KD
The neck of the 36KD welding gun is the core component of the gas shielded welding gun, used to connect the welding gun body and the conductive nozzle assembly. Its detailed characteristics are as follows: Material and structure. The main body material is...
The neck of the 36KD welding gun is the core component of the gas shielded welding gun, used to connect the welding gun body and the conductive nozzle assembly. Its detailed characteristics are as follows:
Material and Structure
Main material: Made of a combination of chrome plated brass (silver parts) and insulation material (black parts), chrome plated brass has excellent conductivity, thermal conductivity, and corrosiveness, and can stably carry the rated current of a 36KD welding gun (about 400A); Insulation materials are used to isolate welding currents and protect safe operations.
Structural design: it is curved, with a length of about 220mm, which is convenient for the welding gun to adjust the angle during welding and adapt to different welding positions; One end is connected to the main body of the welding gun through a threaded or snap on structure, and the other end is used to install components such as the conductive nozzle seat and conductive nozzle. The red identification ring serves as a specification differentiation and installation positioning function.
performance advantage
Strong angle adaptability: The bending design can meet various welding angle requirements, such as heavy-duty steel structure welding, complex welding seam welding of large equipment, etc., improving the flexibility of welding operations.
Stable current transmission: The chrome plated brass material confirms that the welding current is evenly transmitted to the welding wire, avoiding unstable arc or weld defects under high current, and adapting to the high current welding needs of various welding wires such as carbon steel, stainless steel, aluminum alloy, etc.
High practicality: chrome plated brass components are corrosion-resistant and heat-resistant (based on actual reports), insulation materials are wear-resistant and aging resistant, and are not easily damaged in high-frequency and high current welding operations, reducing the frequency of component replacement.

