Series Purox 4202 Cutting Tip Preheating Acetylene One Piece 1in Size: 3

Category Fuel Gas Tips
WEM42023

Series Purox 4202 Cutting Tip Preheating Acetylene One Piece 1in Size: 3

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Description

The Weldmark® by Victor® Acetylene Purox 4202 series Oxy-Fuel Size 3 Cutting Tip has a 1/4 inch cutting capacity. This general purpose Purox 4202 series tip is 0.8" long and 3.2" wide, and comes in one piece. It is ideal for hand and machine torch cutting, with Type E hand torches and C-205 machine torches. It is compatible with CW-200/202/300 cutting attachments, and is capable of cutting 38-32 inches per minute with an average kerf width of 0.055". It's designed for use with Acetylene. The max Acetylene pressure is 7 and the max oxygen cutting pressure is 40. Oxy-Fuel cutting is a thermal cutting process utilizing oxygen or fuel gases to cut through metals such as mild steel. In this process, the torch heats the steel to its ignition temperature, after which oxygen is directed to the cutting point, burning it into a metal oxide. A stream of gas blows the metal oxide away from the work area, resulting in a clean cut.
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Series Purox 4202 Cutting Tip Preheating Acetylene One Piece 1in Size: 3

Category Fuel Gas Tips
WEM42023

Series Purox 4202 Cutting Tip Preheating Acetylene One Piece 1in Size: 3

Fetching product details


Description

The Weldmark® by Victor® Acetylene Purox 4202 series Oxy-Fuel Size 3 Cutting Tip has a 1/4 inch cutting capacity. This general purpose Purox 4202 series tip is 0.8" long and 3.2" wide, and comes in one piece. It is ideal for hand and machine torch cutting, with Type E hand torches and C-205 machine torches. It is compatible with CW-200/202/300 cutting attachments, and is capable of cutting 38-32 inches per minute with an average kerf width of 0.055". It's designed for use with Acetylene. The max Acetylene pressure is 7 and the max oxygen cutting pressure is 40. Oxy-Fuel cutting is a thermal cutting process utilizing oxygen or fuel gases to cut through metals such as mild steel. In this process, the torch heats the steel to its ignition temperature, after which oxygen is directed to the cutting point, burning it into a metal oxide. A stream of gas blows the metal oxide away from the work area, resulting in a clean cut.
- +
Compare
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