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Rebuild,
Restore, and Protect Metals subject to abrasion, corrosion and erosion.
Ceramic
Composite Technology for down-to-earth
problem solving.
- Solve
metal resurfacing problems faster and more economically than conventional
technologies, through reduced downtime costs, and elimination of long,
repair waiting times.
- Ceramic
Composites resist impact and improve adhesion.
- Composites
possess the ability to deflect under the stress of surface impact, and
distribute stresses evenly throughout the hard ceramic reinforcement.
They can endure surface impact that would crack or shatter more brittle
materials.
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Vacuum
manufactured for solid protection with no air voids.
- Minimizes
the possibility of air bubbles being trapped at the ceramic/polymer
interface.
Densely
packed for maximum performance.
-
Dense packing of the ceramic reinforcement ensures outstanding abrasion
resistance, and excellent energy absorption properties.
Resists
sliding abrasion and erosion for extended equipment life.
- Composites
combine the extremely hard wearing properties of ceramic with the resilience
of a polymer matrix, delivering outstanding resistance to sliding abrasion
and erosion. Outperforms hard face welding, rubber liners, ceramic tiles,
and conventional ceramic-filled epoxies.
Broad
resistance to chemical attack
- Composites
have excellent chemical resistance properties, and can withstand the
harshest of acids, and other chemicals.
Moldable,
seamless surface protection
- Composites
can be troweled, molded or brushed on the surface. Complex shapes and
critical tolerances can be attained, restoring equipment to a "better-than-new"
condition.
User
Benefits - Advanced Reinforced Ceramic Composite Equipment Repair:
Page
2 of Equipment Repair>>
Go
to Photos of Equipment Repair Projects>>
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