Cutting, brazing and metal straightening

Cutting and Straightening with Oxygen, Propane or Acetylene

One of the earliest technologies in the industrial gases industry, developed more than 120 years ago. Oxy-fuel processes are still widely used for cutting, heating, straightening, and correcting metal components thanks to their versatility, reliability, and efficiency.

HyCut - Cutting, Straightening and Brazing with Hydrogen

HyCut is a new oxy-fuel technology that uses hydrogen as the fuel gas. In terms of performance, hydrogen lies between propane and acetylene, while its cutting characteristics are closer to acetylene.

Key advantages of HyCut:

• Environmentally friendly: hydrogen combustion produces only water vapor, with no CO₂ emissions or other atmospheric pollutants.
• Reliable in all weather conditions: hydrogen is stored in cylinders in a gaseous state and is not affected by low ambient temperatures.
• Reduced consumable costs: due to the flame characteristics, nozzle heating is significantly lower, reducing consumable wear and cutting related costs by up to seven times.
• High efficiency for cutting, brazing, heating, and metal straightening applications.

Cutting, brazing and metal straightening

Cutting and Straightening with Oxygen, Propane or Acetylene

One of the earliest technologies in the industrial gases industry, developed more than 120 years ago. Oxy-fuel processes are still widely used for cutting, heating, straightening, and correcting metal components thanks to their versatility, reliability, and efficiency.

HyCut - Cutting, Straightening and Brazing with Hydrogen

HyCut is a new oxy-fuel technology that uses hydrogen as the fuel gas. In terms of performance, hydrogen lies between propane and acetylene, while its cutting characteristics are closer to acetylene.

Key advantages of HyCut:

• Environmentally friendly: hydrogen combustion produces only water vapor, with no CO₂ emissions or other atmospheric pollutants.
• Reliable in all weather conditions: hydrogen is stored in cylinders in a gaseous state and is not affected by low ambient temperatures.
• Reduced consumable costs: due to the flame characteristics, nozzle heating is significantly lower, reducing consumable wear and cutting related costs by up to seven times.
• High efficiency for cutting, brazing, heating, and metal straightening applications.