P80 electrode cutting nozzle
Specialized for cutting thick plates/strong penetration/service life

Ingenious quality
Meet your different needs

Length of hafnium
wire inside electrode
Guaranteed length, quality assurance

Select high-quality
hafnium wire
The hafnium wire purification process is higher

Chromium, zirconium

and copper test report
All parameters are above the standard values

Thickened nozzle,

strong heat resistance

and copper test report
No deviation, no nozzle burning, no sticky residue,

and extend the service life of the nozzle

Strong penetration
and concentrated firepower

Precision cutting, effectively improve cutting speed

Raw materials without nickel plating
Excellent conductivity

Prototype hits scrap iron and steel directly

Conductivity

The raw material chromium zirconium copper
has better conductivity without nickel plating
while those with nickel plating have better conductivity
Because the conductivity of the surface film will be affected

Conical nozzle design

Better cooling of high temperatures after work

High concentricity

Avoid uneven cuts and make them more vertical and neat

The original material
is not nickel-plated
Excellent conductivity

Prototype directly hits scrap iron and steel

Product parameters

Clear parameter specifications at a glance
sincere meeting

Product Photograph

Multiple specifications for you to choose from
our pursuit of meeting your needs

Matters needing attentio

Minor incidents during use

1. Minimize perforation and cutting as much as possible

The splashing of molten steel can damage the nozzle, which is one of the main reasons for the damage of the cutting nozzle. If it is necessary to cut through the hole, use drill a pre drilled hole with a drill bit and start cutting from the pre drilled hole

2. Cut within the rated normal cutting thickness range of the cutting machine (for example, the domestic 100A plasma cutting machine manufacturer indicates a cutting degree of 32MM, but the normal cutting thickness is generally only 15-20MM). It is best to cut within this thickness range

3. The distance between the cutting nozzle and the steel plate should be kept as constant as possible, generally around 3-8MM. If it is too far away, it will consume a lot of electricity, reduce the cutting penetration ability, and relatively consume more electrodes. The service life of the electrode will also decrease. If it is too close, the nozzle's service life will decrease, and it may even burn out immediately. Pressure regulation is also crucial.

Please contact our customer service for any questions you may have

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