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Wear Pipe
Trimay® Pipe product is a division of Trimay that alloy clads the inside diameters of steel pipe using an FCAW process.
Researching and developing an optimal welding process .
It was established in 2005 for the sole purpose of researching and developing an optimal welding process to apply inner-shield flux wires on the insides of pipe for hydro-transport applications.
By 2009, the pipe division had accomplished its goal of finding an optimal welding process for transitions and straight pipe, plus the researching team developed and patented a machine specifically for inlaying/overlaying 90 degree pipe bends.
What Trimay® Pipe Products has succeeded in creating are alloy clad pipe products manufactured specially to minify elongation and pipe distortion (shrinkage) while maintaining a strong bond between the overlain flux wires and substrate material.
CHROMIUM
Chromium - TWP56
TWP56 is a chromium-based flux cored wire electrode used to protect equipment and parts from moderate wear and impact.
TWP56 has wide welding parameters, allowing for easy installation, and its compatible compostion allows it to be applied on a wide array of materials.
CHROMIUM
Chromium - TWP57
TWP57 is a chromium-based flux cored wire electrode used to protect equipment and parts from heavy wear and mild-to-moderate direct impact.
TWP57 has a compatible composition that allows it to be applied on a wide array of materials and it maintains good Rockwell Hard- ness (HRc) and wear ability at elevated temperatures.
CHROMIUM
Chromium - TWP161
TWP56 is a chromium-based flux cored wire electrode used to protect equipment and parts from moderate wear and impact.
TWP56 has wide welding parameters, allowing for easy installation, and its compatible compostion allows it to be applied on a wide array of materials.
Tungsten
Tungsten - TWP70
Macrocrystaline nickel tube which can be welded with or without shielding gas.
Macrocrystal- line tungsten has a higher melting point than that of the molten welding puddle, therefore the matrix is not affected by the degradation of Tungsten carbides throughout the matrix.
BOROCARBIDE
Borocarbide - TWP71
TWP71w is an iron based steel alloy with a near nanoscale (submicron) microstructure that includes chromium, molybdenum and niobium in the material chemistry, resulting in an overlay wear solution well suited for the toughest jobs in the most extreme service environ- ments.
COMPLEX ADVANCE ALLOYS
Complex Advance Alloys - TWP68i
TWP68iW is a complex-carbide flux cored wire electrode used to protect equipment and parts from heavy wear in extreme temperatures.
TWP61 has a unique composition that forms a tight crystalline matrix, and is able to deter heavy wear in temperatures up to 842°F (450°C).
