MARKET
PACKAGING INFORMATION

Stock# Size MSDS.
MSDS Language Pref:
CASE STUDIES
Adhesive Mounting of Transmitter
Agitator Repair
Airport Runway Repair
Anti-skid Loading Dock / Floor
Auger Repair
Bag House Tube Sheet Repair
Ball Mill Infeed Shell / Head Repair
Bearing Race Repair
Bearing Race Repair
Chute Lining Repair
Coal Crusher Repair
Coal Pipe Elbow Repair
Coal Pulverizer Repair
Concrete Pump Pad Repair
Concrete Repair
Cone Valve Repair
Conveyor Belt / Pulley Lagging Repair
Conveyor Belt Repair
Conveyor Belt Repair
Coupling Bolt Repair
Devcon® R-Flex® Belt Repair
Devcon® R-Flex® Repair of 5ft Long Belt Tear
Expansion Joint Repair
Expansion Joint Repair
Exterior Pipe Repair
Fan Housing Repair
Feed Bowl Repair
Filter Plate Repair
Floatation Cell Repair
Floatation Cell Repair
Floor Coating
Floor Coating
Floor Coating
Floor Coating
Floor Coating
Floor Coating
Floor Repair
Floor Repair
Floor Repair
Floor Repair
Floor Repair Acid Environment
Hydraulic Hose Repair
Hydraulic Hose Repair
Paddle Wheel Shaft / Hub Repair
Paper Machine Component Repair
Power Pole Repair
Pump Impeller Repair
Pump Repair
Pump Repair
Pump Repair
Pump Repair
Rebuilding Motor Pad
Rebuilding Pump Pads
Rebuilding Wood Block Flooring
Rubber Roll Repair
Stainless Steel Turbine Runner Repair
Stamping Press Alignment Repair
Steel Conveyor Roll Repair
Transformer Oil Leak Repair
Transformer Oil Leak Repair
Transformer Oil Leak Repair
Urethane Wear Ring Repair
Valve Repair
Valve Repair
Water Box Channel Repair
Water Box Channel Repair
Chute Lining Repair
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Application Date: 
 
4/1/95
Customer:
 
Canada Cement Lafarge
Industry:
 
Cement Manufacturing
Associated Products:
Wear Guard™ Fine Load

 
Problem:
The flow of water and aggregate mixture feeding into the ball mill would cause extreme wear to these infeed chutes. Past repair procedure was to fabricate and install abrasion resistant plates as a liner. Abrasion resistant plates were expensive and usually required several days to fabricate.
 
Solution:
Existing Abrasion resistant plates were removed. Flat expandable metal was tack welded in a raised position 1/8" above the actual substrate. Tack welding expandable metal provided a mechanical bonding surface and offered improved resistance to the impacting of aggregate. Chute was then sandblasted to a SSPC-SP5 white metal finish. Complete repair areas were then chemically cleaned using Cleaner Blend 300. Wear Guard Fine Load was applied to a thickness of 3/4" pressing through the expandable metal, establishing complete contact to the substrate. Wear Guard Fine Load was smoothed, feathered and sculpted using acetone following gel point.