PROBLEM SUMMARY : Worn vacuum pump impeller blades
  SOLUTION : Devcon’s Titanium Putty 10760 was used to successfully rebuild the worn metal. The area was abraded using a grinding disc and chemically cleaned using Devcon’s Clearer Blend 300 19510. Devcon’s Titanium Putty was applied and shaped using a metal template. After 2 hours the cured Titanium Putty was machined.
       
 
   
     
   
     
 
PROBLEM SUMMARY : Worn fly ash slurry pump casing
  SOLUTION : Devcon’s Titanium Putty 10760 was used to successfully rebuild this pump casing. Expandable metal was tack welded to provide a mechanical bond area for the repair putty. The surface was sandblasted to a SP5 finish and chemically cleaned using Devcon’s Cleaner Blend 300 19510. Titanium Putty was applied and squeezed through the expandable metal. The Titanium Putty was smoothed and contoured using a paint brush and MEK solution.
       
 
   
     
   
     
 
PROBLEM SUMMARY : Gouged shaft
  SOLUTION : Devcon’s Titanium Putty 10760 was used to rebuild this damaged pump shaft. The damaged area was threaded using a high speed cutting tool. The repair area was then chemically cleaned using Devcon Cleaner Blend 300 19510. As the shaft was rotating at low RPM, the Titanium Putty was applied. The shaft was rotated on the lathe at a low RPM to prevent the Titanium Putty from sagging. After one hours time the Titanium Putty was machined using carbide cutting tools.
       
 
   
     
   
     
 
PROBLEM SUMMARY : Worn process pump casing
  SOLUTION : Devcon’s Ceramic Repair Putty 11700 and Brushable Ceramic 11765 (Blue) was used to rebuild this worn chemical processing pump casing. The surface area was sandblasted to a SP5 white metal finish and chemically cleaned using Devcon’s Cleaner Blend 300 19510. Ceramic Repair Putty was applied to rebuild the areas eroded deeper than 3 mm. After one hours time Brushable Ceramic Blue was applied to encapsulate the Ceramic Repair Putty and provide a smooth protective barrier against chemical corrosion.