Reduce Replacement Costs for Mud RotorsHVOF CPR delivers more abrasion and corrosion resistance than hard chrome plating (HCP) - even in high chloride environmentsFracture Pump Plungers Wear resistant coatings targeting fluid end plungers and power end connecting rods, achieving up to 500% longer service life!Twin Feedscrews Our high percentage carbide layer can provide from two to four times more wear life depending on fill loading.FeedscrewsOur coatings are perfect for injection molders and extruders when processing fiberglass, calcium carbonate, titanium dioxide and metals, ceramic or other highly abrasive fillers.Continuous Mixing RotorsOur C1000 tungsten carbide has been used as chrome replacement in aggressive applications. C1000 doubles the working life of rotors compared to hard chrome plating.Extreme CoatingsSM utilizes cutting-edge thermal spray technology to apply extremely wear and corrosion resistant protective coatings to complex metals components of almost any size or geometry.A.Is a Nitrided Steel Feedscrew after 10 Months processing PVCB.Is a CarbideX -CPR coated Feedscrew after 10 months in the same process with more life remaining.A.Is a 105mm Feedscrew after 3 months processing 40% GF (Glass Filled) NylonB. Is a 105mm CarbideX C1000 coated Feedscrew after 10 months processing 40% GF (Glass Filled) Nylon with more life remaining.A. Is a Chrome Plated (HCP) Mixing Rotor after 12 months processing.B. Is the same Mixing Rotor that has been stripped, repaired and coated with CarbideX CPR then polished to a mirror finish. These parts last 3036 months on average and can be refurbished multiple times.A.Is a Chrome Plated Mud Rotor that was run in high chloride muds that caused corrosion due to permeation of the micro-cracks and pores which corroded the underlying steel.B. Is a CarbideX - CPR processed Mud Rotor stripped, repaired and coated for corrosion and abrasion resistance then polished to a mirror finish. 30% more life and effectiveness has been realized.
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