Gouging Torch Tips

By Jason Kossel — SEO & E-commerce Operations Manager

Reviewed: June 2026

Premium Torch Gouging Tips for Superior Welding Performance

Discover our high-quality collection of torch gouging tips at WeldingMart. Engineered for precision and durability, our gouging tips are essential for professional welders and industrial applications. These tips provide efficient and clean gouging, ensuring high-quality results in various welding tasks, such as removing welds, cutting, and shaping metals. Constructed from robust materials, our gouging tips are designed to withstand the toughest work environments, offering long-lasting performance and reliability. Ideal for a range of applications, from light fabrication to heavy-duty industrial work, these tips deliver consistent and precise results every time. With a variety of sizes and styles available, you can find the perfect gouging tips to meet your specific needs. Upgrade your welding equipment with our top-rated gouging tips and experience unmatched precision and efficiency. Shop now at WeldingMart and equip yourself with the best tools for exceptional welding performance.

Frequently Asked Questions

What is the difference between a cutting tip and a gouging tip for oxyfuel torches?

A cutting tip delivers a high-velocity oxygen jet through a center orifice to oxidize and blow away metal, producing a narrow kerf. A gouging tip has a deflected or flared orifice that directs the oxygen/fuel flame at a shallow angle to remove a groove of metal rather than cut all the way through. Gouging tips are used to remove welds, cut back defects for repair, and prepare weld joints on thick plate. The tip angle and orifice profile determine the groove width and depth.

What air pressure and amperage are needed for air carbon arc gouging versus oxyfuel gouging?

Air carbon arc gouging (AAC) uses compressed air at approximately 80–100 psi (550–690 kPa) to blow molten metal out of the groove produced by a carbon electrode. Electrode sizes range from 5/16 to 3/4 in. (7.9–19.1 mm) for manual operation, with arc voltages typical of standard arc welding power sources. Oxyfuel gouging does not require compressed air — it uses an oxygen-fuel flame — but is generally limited to steel and cast iron, while AAC can be used on most metals.

What size gouging tip do I need for a given groove width?

Tip size for oxyfuel gouging is selected based on the desired groove width and depth, similar to how cutting tip orifice size is matched to material thickness. Consult the tip manufacturer's chart — each tip size designation corresponds to a recommended groove width range. Using too small a tip produces a narrow, rough groove; too large a tip wastes gas and may produce an excessively wide cut. For air carbon arc gouging, electrode diameter directly controls groove width: a 3/8 in. (9.5 mm) electrode makes approximately a 3/8–1/2 in. groove.

Can plasma gouging tips replace oxyfuel or carbon arc gouging?

Plasma gouging (using a plasma cutter with a gouging consumable kit) is an option for many applications and produces a clean, smooth groove with minimal heat-affected zone. Lincoln Electric offers plasma gouging consumable kits (KP5831-105 for 105A, KP5831-85 for 85A) for their FlexCut PRO series. Plasma gouging is especially effective on stainless steel and aluminum, where air carbon arc can cause carbon contamination. However, it requires a compatible plasma power source.

How do I prevent tip overheating and backfires when gouging with an oxyfuel tip?

Keep the tip from getting too close to the work surface — overheating the tip is a primary cause of backfire and flashback. Maintain the correct standoff distance per the tip manufacturer's instructions. If the tip overheats, shut off the oxygen first, then the fuel gas; allow the tip to cool before relighting. Tip cleaners should be used to keep orifices clear of slag or oxidation that can cause irregular flame and increase backfire risk.