“Avoid the wearing away of parts and equipment due to mechanical or contact related forces.” · Adhesive Wear · Abrasive Wear · Erosive Wear · Fatigue Wear |
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Capabilities Adhesive Wear Adhesive Wear takes place when two metal surfaces in relative motion with each other (sliding) are brought together under load causing the material from one surface to break loose and build up on the other surface damaging one surface or even both.Severe adhesive wear occurs when lubricant between tow surfaces break down and metal surfaces fuse together. · Piston guides · Rings · Impeller Shafts · Armature Shaft Journals · Engine Bearings · Hydraulic Press Sleeves · Landing Gear · Chrome Replacement Abrasive Wear Abrasive Wear takes place when hard materials, metals, sand, grit and dust move along the surface under load indenting the surface. The surface material is removed by the abrasive media by gouging, chipping cutting or fatigue cracking.The abrasive medial can also become imbedded into the surface.
Erosive Wear Erosive Wear take place when a particulate in a fluid stream impacts a surface with momentum causing material from the surface to be removed. High temperatures also accelerate the phenomenon. · Pump Pistons · Diesel Engine Turbo Chargers · Impellors · Volutes · Bowl Bell Casings · Wear Rings · Rotary Valve Bodies
Fatigue Wear Fatigue Wear occurs due to the repeated motion or cyclic stressing which can harm the surface. Cracks form at or below the surface and spread after repeated stressing by the bearing load. · Gears · Bearing surfaces · Shafts · Journals Specifications Substrates Capable of Coating All Steel Types; Aluminum, Carbon fiber, Steel Materials Applied to Surfaces
Application Techniques Airless Spray Industrial Processes Applicable All manufacturing equipment in the storage, transport and conversion of raw materials to finished good. Applications
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