Wear Plate
Trimay® manufactures wear plate using patented Submerged Arc Bulk Weld Overlay Technology. Our plate is designed and manufactured to withstand wear and extend component life by using our innovative advanced alloys which are developed to optimize resistance to abrasive, corrosive and impact wear.
Our plate is manufactured in standard sizes but can be made in custom dimensions to reduce off-cut waste and is readily formable by rolling or breaking. We can also custom design our alloy blends to suit a customer-specific application.
Advanced Alloys
Advanced Alloys – T171
T171 is a patented iron based steel overlay wear solution with a near nanoscale (submicron) microstructure.
T171 is well suited for the toughest jobs in the most extreme service envi- ronments. T171 is developed by Trimay® Wear Plate Ltd. using Nano technology.
Advanced Alloys – T172
T172 GMAW OAW is an iron based steel alloy with a near nanoscale (submicron) microstructure that features extreme abrasion resistance with high toughness, high volume of hard phases and superior high temperature hardness. T172 is an alternative to chrome and tungsten carbides.
Advanced Alloys - T168i
T168i is a reolutionary new material specifically designed to provide extreme wear and impact resistance. Having the ability to be heat-treatable, meaning it preserves excellent performance before and after standard quench and temper heat treatments.
Chromium
Chromium - T156
T156 is an iron-based steel overlay wear solution with a unique proprietary chemical composition designed for moderate wear environments with moderate impact.
T156 is similar to Trimay’s® T138 with its smooth surface and chemical make-up; however, extra Chromium and Molybdenum makes T156 more resistant to wear than the T138.
Chromium - T157
T157 is an iron-based steel overlay wear solution with a unique propri- etary chemical composition designed to withstand heavy wear envi- ronments exposed to mild-moderate direct impact.
T157 is the top-performing chromium carbide wear plate on the market. It has a smooth surface, like T138 and T156 overlays, plus extra Chromium and Manganese gives T157 up to 30% more wear resistance than the T156.
Chromium - T161
T161 is an iron-based steel overlay wear solution with a unique alloy composition designed to resist heavy wear under extreme temperature. This is Trimay’s® complex carbide overlay that deters corrosion and protects against abrasion even in extreme heat.
Chromium - T138
T138 is a iron-based steel overlay wear plate solution with a unique proprietary chemical composition designed to withstand moderate direct impact and mild-to-moderate wear environments.
T138’s overlay is a chromium carbide alloy well suited for tough jobs which demand more protection than what any steel alone can offer. T138 wear plate offers a low friction, impact-resistant surface which protects against abrasion and wear, while maintaining a hardness similar to that of annealed steel.
Tungsten
Tungsten T170
T170 is at the top of Trimay’s® product list. T170 is a nickel-based steel overlay wear solution
with a unique proprietary alloy composition designed to withstand heavy impact and severe
wear environments. T170 is unrivalled in wear resistance and impact resistance due to the
high nickel chemistry.