SS MaxPRO200 hypertherm torch parts / plasma cutter nozzle

Hypertherm Nozzle 420044 For Hypertherm MaxPRO200 Plasma Torch Consumables

We can offer you all plasma consumables for hyptertherm, Kjellberg, Esab, Koike, Komatsu, Thermadyne, such as: electrode, nozzle, shield, swirl ring, inner cap, retaining cap, water tube, torch body and so on.

We can supply various models of plasma Consumables electrode, nozzle, shield, swirl ring, inner cap, retaining cap, water tube, torch body, such as HT4400, HPR400XD, HPR260XD, HPR130XD, HPR260, HPR130, HSD130, HD3070, HD4070, HT2000, MAX200, POWERMAX1650, POWERMAX1250, POWERMAX65, POWERMAX85, POWERMAX45, POWERMAX30 and so on.

Technical Support:

1, plasma cutting technology

Plasma cutting is the use of high temperature plasma arc heat to make the metal part of the incision at the local melting (and evaporation), and by the momentum of the high-speed plasma to remove molten metal to form a processing method of incision.

2, plasma cutting and flame gas cutting

Plasma cutting can only be effective as a conductor of metal - low carbon steel, aluminum and stainless steel are typical examples. In cutting low carbon steel, the operator will experience a higher speed, deeper cutting effect.

Flame gas is cut through combustion at high temperature, or by oxidation and cutting of metal. Therefore, the scope of its application is limited to the steel of this type can be used in the processing of black metal oxide technology. Metals like aluminum and stainless steel will generate oxide bound further oxidation. This makes the traditional flame gas cutting is impossible to deal with this kind of material. Plasma cutting, and is not dependent on oxidation treatment, so it can effectively cut aluminum, steel, and other conductive metal.

And different kinds of gas can be used in plasma cutting, the majority of people are using compressed air to carry out plasma cutting. Air compressors are available in most cities, and therefore, plasma cutting does not require a combustible gas or a compressed oxygen and other gases as operating gases.

Plasma cutting is more expensive than flame gas cutting in cutting thick plates, flame gas cutting does not need to connect the power supply and compressed air, which is easier for some users to use. Flame gas cutting is faster than plasma cutting in a thicker part of the steel. But the plasma cutting machine in cutting the thin plate cutting speed is much faster than the flame cutting, and the efficiency is higher, the effect is better!