The choice between oxy acetylene and oxy propane depends on how you work. Oxy acetylene is often preferred where a hotter, more concentrated flame is needed, while oxy propane is commonly chosen for cutting and heating due to its efficiency and lower running costs. Adams Gas supplies both options so users can the most suitable setup for their workflow.

Oxy acetylene remains a strong option for cutting, particularly where precision and faster pierce times are important. However, many professionals now use oxy propane for cutting steel due to its stability, lower fuel cost, and suitability for longer cutting operations. Adams Gas supports both approaches with reliable gas supply.

Cutting performance is influenced by fuel gas choice, oxygen purity, correct pressures, nozzle ion, and operator technique. Consistent gas quality plays a key role in achieving clean cuts and efficient operation. Using a trusted supplier like Adams Gas helps ensure dependable performance across jobs.

MIG/MAG (GMAW): Always uses shielding gas (unless flux-cored gasless wire)
TIG (GTAW): Always uses shielding gas (usually Argon)
MMA/Stick (SMAW): No external gas needed (flux coating provides shielding)

The right MIG welding gas depends on the material you are welding and the finish you want to achieve. Argon and CO2 mixes are commonly used for mild steel, while higher argon blends are better suited to stainless steel and aluminium. Adams Gas offers a wide range of MIG welding gases and can help customers choose the most suitable option for consistent, high quality results.

Pure CO2 is a cost effective option that delivers good penetration, but it can create more spatter and a rougher weld finish. Mixed gases cover cleaner welds, better arc stability, and improved control. Adams Gas supplies both pure CO2 and mixed gas options so welders can choose the right balance between performance and cost.

Pure argon is the most commonly used gas for TIG welding, as it provides a stable arc, clean welds, and precise control. It is suitable for welding materials such as aluminium, stainless steel, and mild steel. Adams Gas supplies high quality TIG welding argon to support consistent, professional results.

In most cases, TIG welding uses pure argon rather than mixed gases. However, certain specialist applications may use argon and helium blends to increase heat input, particularly for thicker materials. Adams Gas offers TIG welding gas options suitable for both standard and more advanced TIG welding requirements.

Yes, TIG welding gas has a direct impact on arc stability, weld appearance, and overall weld quality. Using clean, high purity gas helps prevent contamination, porosity, and inconsistent results. Choosing a reliable supplier like Adams Gas ensures the gas performs consistently across different TIG welding projects.