MAX Cool arc performance welding process
MAX Cool lowers heat input by up to 32%, improving control where excessive temperatures have a negative impact on the weld pool.
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Reduced heat input
MAX Cool reduces heat input up to 32% compared to traditional pulse or short arc process.
Savings in welding time
With MAX Cool, you can save in welding time due the excellent weld pool control. It also erases the need for backing in butt joints.
One process, several welding applications
MAX Cool provides excellent solution in several welding applications, including thin sheet fabrication, root welding, gap bridging, and joining thin extruded sections in solid Fe, Ss, CuAl8, and CuSi3 filler materials.
Eliminates excessive temperature input, maintaining weld pool control
MAX Cool welding process improves control in welding applications, where excessive temperatures negatively impact weld pool stability and increase joint distortion. It lowers heat input by up to 32% compared to the traditional pulse or short arc process.
MAX Cool is ideal for several applications, including thin sheet fabrication, root welding, gap bridging, and joining thin extruded sections in solid Fe, Ss, CuAl8, and CuSi3 filler materials. MAX Cool welding process tolerates bigger air gaps. In addition, there is no need for backing in butt joints. The welding process provides excellent weld pool control with a thin sheet and root pass welding.
MAX Cool operates in a short arc area, providing accurate current control during a short circuit. After a short circuit, the forming pulse produces appropriate heat to the weld pool.
Overcome challenges in thin sheet welding
Low heat input and excellent weld pool control allow big air gaps in welded pieces.
Excellent weld pool control
MAX Cool is an ideal welding process for thin sheet metal welding, root welding, and brazing. During welding, there is no collapsing of the weld pool at any point. As a result, both sides of the welds are spatter-free.
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