We offer everything from pure gases and gas mixtures to customised services for the perfect development of each customer’s processes.
Gas mixtures designed to increase the productivity of your processes.
SanCut® is Nippon Gases family of gases focused on cutting.
Cutting assistance gases and laser blends to meet the specific needs of the laser cutting process.
Services for the management and control of technical gases.
Gas supply with containers complete with valve and integrated pressure reducer.
Supplier of equipment, consumables and other products for industrial applications and welding and cutting or other associated processes.
Gases and specific mixtures for root protection in special welding process.
Advanced, differentiating and innovative technological solutions that add value to companies and help them become more competitive.
The addition of energetic and reducing gas gives the bath excellent fluidity and wetting, allowing to increase the speed while reducing the parameters. Improved penetration while its reductive character leaves a clean and shiny bead surface. Less deterioration of the passive layer. Can be used as a back-up gas, allowing a reduction in the number of cylinders in the workplace.
Since the 70s, welding gases have started an evolution that has accompanied the growth of welding machines, influencing and increasing the processes.
Ar Argon for welding +
Inert gas, 1.38 times heavier than air. It has a low ionisation potential which facilitates the ignition and re-ignition of the arc, giving it a high stability, generating few fumes. Its low thermal input promotes conical penetration. Being heavier than air, it offers good air displacement. It is used as a base for welding mixtures.
N2 Nitrogen for welding +
Inert gas at room temperature but reactive at arc temperature. It is used in small percentages providing good stability, increasing thermal input and fluidity and increasing speed. Thicker penetrations than argon. Widely used alone or mixed with hydrogen as a back-up gas. Assist gas in laser cutting.
He Helium for welding +
Low density inert gas. It is not usually used pure. It has a high ionisation potential, which on the one hand provides low stability and costly ignitions, and on the other hand, the advantage of being able to work with extreme parameters. This, together with its high thermal conductivity, provides highly energetic arcs and very fluid baths, which increases the welding speed.
H2 Hydrogen for welding +
Reducing gas, which generates glossy finishes. Generates highly energetic arcs depending on the percentage in the mixture due to its high thermal conductivity and dissociation energy. It has a plasmogenic effect. Offers good arc stability and fluidity.
CO2 Carbon Dioxide for welding +
Oxidising gas 1.53 times denser than air, providing good protection. It has a low ionisation potential, which is why it began to be used in the MAG (Metal Active Gas) process. It generates energetic arcs due to dissociation and recombination but not very stable and not very fluid baths with a high rate of projections and fumes giving nut-like penetrations.
O2 Oxygen for welding +
Oxidising gas par excellence, 1.11 times heavier than air. Its reaction with carbon is the basis of the cutting process of carbon steels. In welding it is used in small percentages generating surface oxides in the droplets and the bath giving a high fluidity, increasing the speed and improving the finish. High stability and conical penetrations.
C2H2 Acetylene for welding +
The synthetic fuel gas.
In Nippon Gases we have developed various qualities of gases to adapt to your applications. Call us or write to us and we will help you get the most out of it.
