Under water repair putty for chronically wet/damp environments
The moisture surface tolerant epoxy putty makes effective repairs to metal, concrete, wood surfaces in wet and damp environments. The product is used extensively for chronically underwater repairs, underwater patching, filling cracks, leaks, holes and the applications where dampness is present such as boat hulls, tanks, pipelines, valves, pumps, concrete vessels etc. The putty is unaffected by chlorinated or salt water and is ideal for plumbing, irrigation and marine where applications are underwater.
Features of Ceramic Carbide Putty
Prevent environmental damage caused by leakages
Prevents profit decline due to leakages of oil and gas which is very expensive
Accommodates cyclic thermal expansion and contraction
Requires no heat
Fast, cost effective and durable
Efficient alternate method of repair where welding or brazing would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals
A rapidly solidifying repair system containing Resin and quick setting Hardener which after mixing sets within 5 minutes. The fast curing putty is oil surface tolerant and moisture surface tolerant. In general the metal surfaces are susceptible to the leakages due to corrosion or faulty weld or porous structures.
Features of Ceramic Carbide Putty
Prevent environmental damage caused by leakages
Prevents profit decline due to leakages of oil and gas which is very expensive
Accommodates cyclic thermal expansion and contraction
Requires no heat
Fast, cost effective and durable
Efficient alternate method of repair where welding or brazing would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals
Multi-Purpose Reclamation Putty for high temperature resistance till 230°C
A two component paste, engineering grade system based on a ferro-silicon filled epoxy system on high temperature resistance special resin. The non-rusting putty extensively used for repairing and rebuilding worn-out surfaces in machinery & equipment and precision critical applications in less down-time for high temperature service conditions. The high temperature putty requires post-curing for proper performance and temperature resistance.
Features of Ceramic Carbide Putty
Fast,cost effective and durable
Good resistance to abrasion, friction reduction and hence ideal for turn-around time.
The product may be applied to any unlimited thickness onto horizontal or vertical surfaces
Efficient alternate method of repair where welding or brazing would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals
No equipment/Power supply needed
Unlimited cycle of repairs
Less Labor costs - Avoid assembly/disassembly, Pre Machining/Post Machining Resistant to chemicals and most acids, bases, solvents, and alkalis.
Superior adhesion – forms a solid bond to steel, cast iron,
Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
Eliminates costly wear part inventory
No shrinkage, expansion or distortion
Excellent electrical insulation characteristics
Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas
Rebuilding putty for tough wear and high temperature resistance till 230˚Cs
A two component paste, engineering grade system based on a ferro-silicon filled epoxy system. The non-rusting putty extensively used for repairing and rebuilding worn-out surfaces in machinery & equipment and precision critical applications in less down-time.
Features of Copper Putty
Fast,cost effective and durable
High compressive strength and extreme chemical resistance Good resistance to abrasion, friction reduction and hence ideal for turn-around time.
The product may be applied to any unlimited thickness onto horizontal or vertical surfaces
Efficient alternate method of repair where welding or brazing would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals
No equipment/Power supply needed
Unlimited cycle of repairs
Less Labor costs - Avoid assembly/disassembly, Pre Machining/Post Machining Resistant to chemicals and most acids, bases, solvents, and alkalis.
It can be easily Can be machined, drilled, tapped or painted
Superior adhesion – forms a solid bond to steel, cast iron,
Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
Eliminates costly wear part inventory
No shrinkage, expansion or distortion
Excellent electrical insulation characteristics
Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas
Repair of Stainless Steel parts/castings and food processing equipments
A two component paste, engineering grade system based on a ferro-silicon filled epoxy system. The non-rusting putty extensively used for repairing and rebuilding worn-out surfaces in machinery & equipment and precision critical applications in less down-time.
Features of Copper Putty
Fast,cost effective and durable
High compressive strength and extreme chemical resistance Good resistance to abrasion, friction reduction and hence ideal for turn-around time.
The product may be applied to any unlimited thickness onto horizontal or vertical surfaces
Efficient alternate method of repair where welding or brazing would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals
No equipment/Power supply needed
Unlimited cycle of repairs
Less Labor costs - Avoid assembly/disassembly, Pre Machining/Post Machining Resistant to chemicals and most acids, bases, solvents, and alkalis.
It can be easily Can be machined, drilled, tapped or painted
Superior adhesion – forms a solid bond to steel, cast iron,
Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
Eliminates costly wear part inventory
No shrinkage, expansion or distortion
Excellent electrical insulation characteristics
Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas
No VOC’s
Routine Maintenance and Unexpected Maintenance
Repair cost at fraction of replacement cost
Where to Use?
Patches, repairs and rebuilds stainless steel equipment
Repairs cracks, dents and breaks in equipment, machinery or castings
Used for repairs in dairies and food processing operations and chemical plants
A two component paste, engineering grade system
based on a ferro-silicon filled epoxy system. The non-rusting putty
extensively used for repairing and rebuilding worn-out surfaces in
machinery & equipment and precision critical applications in
less down-time.
Features of Copper Putty
Fast,cost effective and durable
High compressive strength and extreme chemical
resistance Good resistance to abrasion, friction reduction and
hence ideal for turn-around time.
The product may be applied to any unlimited thickness onto horizontal or vertical surfaces
Efficient alternate method of repair where welding or brazing would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals
No equipment/Power supply needed
Unlimited cycle of repairs
Less Labor costs - Avoid assembly/disassembly,
Pre Machining/Post Machining Resistant to chemicals and most
acids, bases, solvents, and alkalis.
It can be easily Can be machined, drilled, tapped or painted
Superior adhesion – forms a solid bond to steel, cast iron,
Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
Eliminates costly wear part inventory
No shrinkage, expansion or distortion
Excellent electrical insulation characteristics
Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas
A two component paste, engineering grade system based on a ferro-silicon filled epoxy system. The non-rusting putty extensively used for repairing and rebuilding worn-out surfaces in machinery & equipment and precision critical applications in less down-time.
Features of Bronze Putty
Fast,cost effective and durable
High compressive strength and extreme chemical resistance Good resistance to abrasion, friction reduction and hence ideal for turn-around time.
The product may be applied to any unlimited thickness onto horizontal or vertical surfaces
Efficient alternate method of repair where welding or brazing would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals
No equipment/Power supply needed
Unlimited cycle of repairs
Less Labor costs - Avoid assembly/disassembly, Pre Machining/Post Machining Resistant to chemicals and most acids, bases, solvents, and alkalis.
It can be easily Can be machined, drilled, tapped or painted
Superior adhesion – forms a solid bond to steel, cast iron,
Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
Eliminates costly wear part inventory
No shrinkage, expansion or distortion
Excellent electrical insulation characteristics
Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas
A two component paste, engineering grade system based on a
ferro-silicon filled epoxy system. The non-rusting putty extensively
used for repairing and rebuilding worn-out surfaces in machinery &
equipment and precision critical applications in less down-time.
Features of Aluminum Putty
Fast,cost effective and durable.
High compressive strength and extreme chemical resistance.
Good resistance to corrosion and abrasion.
Efficient alternate method of repair where welding or brazing
would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals.
No equipment/Power supply needed.
Unlimited cycle of repairs.
Less Labor costs - Avoid assembly/disassembly, Pre Machining/Post Machining.
Resistant to chemicals and most acids, bases, solvents, and alkalis.
It can be easily Can be machined, drilled, tapped or painted.
Superior adhesion – forms a solid bond to steel, cast iron.
Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
Eliminates costly wear part inventory.
No shrinkage, expansion or distortion.
Excellent electrical insulation characteristics.
Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas.
No VOC’s.
Routine Maintenance and Unexpected Maintenance.
Repair cost at fraction of replacement cost.
Where to Use?
Patch aluminum castings; make jigs, dies, and holding fixtures
Aluminum castings, machinery, and equipment widely
Tough rubber like urethane repair compound for wear and impact resistance
A two component paste, engineering grade system based on a ferro-silicon filled epoxy system. The non-rusting putty extensively used for repairing and rebuilding worn-out surfaces in machinery & equipment and precision critical applications in less down-time.
Features of Flex Putty
Fast,cost effective and durable.
High compressive strength and extreme chemical resistance.
Good resistance to corrosion and abrasion.
Efficient alternate method of repair where welding or brazing
would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals.
No equipment/Power supply needed.
Unlimited cycle of repairs.
Less Labor costs - Avoid assembly/disassembly, Pre Machining/Post Machining.
Resistant to chemicals and most acids, bases, solvents, and alkalis.
It can be easily Can be machined, drilled, tapped or painted.
Superior adhesion – forms a solid bond to steel, cast iron.
Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
Eliminates costly wear part inventory.
No shrinkage, expansion or distortion.
Excellent electrical insulation characteristics.
Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas.
Ceramic Carbide Putty against fine particle abrasion
A two component paste, engineering grade system based on a ferro-silicon filled epoxy system. The non-rusting putty extensively used for repairing and rebuilding worn-out surfaces in machinery & equipment and precision critical applications in less down-time.
Features of Ceramic Carbide Putty
Fast,cost effective and durable
Good resistance to abrasion, friction reduction and hence ideal for turn-around time.
The product may be applied to any unlimited thickness onto horizontal or vertical surfaces
Efficient alternate method of repair where welding or brazing would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals
No equipment/Power supply needed
Unlimited cycle of repairs
Less Labor costs - Avoid assembly/disassembly, Pre Machining/Post Machining Resistant to chemicals and most acids, bases, solvents, and alkalis.
Superior adhesion – forms a solid bond to steel, cast iron,
Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
Eliminates costly wear part inventory
No shrinkage, expansion or distortion
Excellent electrical insulation characteristics
Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas
A two component paste, engineering grade system based on a ferro-silicon filled epoxy system. The non-rusting putty extensively used for repairing and rebuilding worn-out surfaces in machinery & equipment and precision critical applications in less down-time.
Features of Ceramic Putty
Fast,cost effective and durable
High compressive strength and extreme chemical resistance Good resistance to abrasion, friction reduction and hence ideal for turn-around time.
The product may be applied to any unlimited thickness onto horizontal or vertical surfaces
Efficient alternate method of repair where welding or brazing would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals
No equipment/Power supply needed
Unlimited cycle of repairs
Less Labor costs - Avoid assembly/disassembly, Pre Machining/Post Machining Resistant to chemicals and most acids, bases, solvents, and alkalis.
Superior adhesion – forms a solid bond to steel, cast iron,
Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
Eliminates costly wear part inventory
No shrinkage, expansion or distortion
Excellent electrical insulation characteristics
Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas
A two component paste, engineering grade system based on a ferro-silicon filled epoxy system. The non-rusting putty extensively used for repairing and rebuilding worn-out surfaces in machinery & equipment and precision critical applications in less down-time.
Features of Steel Putty
Fast,cost effective and durable.
High compressive strength and extreme chemical resistance.
Good resistance to corrosion and abrasion.
Efficient alternate method of repair where welding or brazing
would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals.
No equipment/Power supply needed.
Unlimited cycle of repairs.
Less Labor costs - Avoid assembly/disassembly, Pre Machining/Post Machining.
Resistant to chemicals and most acids, bases, solvents, and alkalis.
It can be easily Can be machined, drilled, tapped or painted.
Superior adhesion – forms a solid bond to steel, cast iron.
Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
Eliminates costly wear part inventory.
No shrinkage, expansion or distortion.
Excellent electrical insulation characteristics.
Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas.
No VOC’s.
Routine Maintenance and Unexpected Maintenance.
Repair cost at fraction of replacement cost.
Where to Use?
Overhaul of worn pumps and valves
Repairs of wearing plates, shafts, keyways, flanges, bushings, housings and propellers
Pipeline leakage repair
Refurbishment of complex alloys
Renewing cracked battery cases
Reclamation of leaking storage tanks
Restoring worn surfaces
Repairs heat exchangers, compressors and oil coolers
Multi-Purpose Reclamation Putty for precision critical jobs
A two component paste, engineering grade system based on a ferro-silicon filled epoxy system. The non-rusting putty extensively used for repairing and rebuilding worn-out surfaces in machinery & equipment and precision critical applications in less down-time.
Features of Titanium Putty
Fast,cost effective and durable.
High compressive strength and extreme chemical resistance.
Good resistance to corrosion and abrasion.
Efficient alternate method of repair where welding or brazing
would be undesirable or impossible
Can Repair Intricate shape or forms/thin sections, difficult to weld metals.
No equipment/Power supply needed.
Unlimited cycle of repairs.
Less Labor costs - Avoid assembly/disassembly, Pre Machining/Post Machining.
Resistant to chemicals and most acids, bases, solvents, and alkalis.
It can be easily Can be machined, drilled, tapped or painted.
Superior adhesion – forms a solid bond to steel, cast iron.
Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
Eliminates costly wear part inventory.
No shrinkage, expansion or distortion.
Excellent electrical insulation characteristics.
Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas.
No VOC’s.
Routine Maintenance and Unexpected Maintenance.
Repair cost at fraction of replacement cost.
Where to Use?
Overhaul of worn pumps and valves
Repairs of wearing plates, shafts, keyways, flanges, bushings, housings and propellers
Pipeline leakage repair
Refurbishment of complex alloys
Renewing cracked battery cases
Reclamation of leaking storage tanks
Restoring worn surfaces
Repairs heat exchangers, compressors and oil coolers
