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Resources
ISO 9001:2015 Certified | A wholly owned subsidiary of CUMI
Applications
When Abrasion, Corrosion & Heat Cause Downtime - Start With Material Selection
SCProbond™ silicon carbide is engineered to outlast metal, rubber, and other ceramics across the industries that run hardest — mining, power generation, molten metals, abrasive material handling, chemical processing and more.
3 - 10x
Longer Component Life
4,000+
Unique Shapes manufactured
> 95 %
On-Time delivery
Short Lead Times
As fast as 6 weeks
Every industry below faces its own combination of heat, abrasion, and corrosion. SCP matches each one to the SCProbond™ grade and component design built to best withstand those unique situations.
Abrasion-resistant components for classifying, separation, and material transport where erosion accelerates wear and causes system failure.
Wear and thermal shock resistant parts to improve performance for extreme applications in energy production facilities.
Components engineered to withstand direct contact with molten aluminum, zinc, and other non-ferrous metals without wetter.
Kiln furniture and custom material containment shapes built for repeated thermal cycling in furnaces and heat-treat systems.
Custom engineered products for continuous abrasive wear and bulk solids transport including nozzles, elbows, screw flights, dense phase inserts, micronizers, mills and liners.
Corrosion-resistant components for aggressive chemical exposure in refining, acid production, and industrial processing equipment.
Components Manufactured
SCProbond™ Components
A sample of the thousands of unique shapes SCP manufactures.
Material Properties
Why SCProbond™ Outperforms Other Materials
Abrasion Resistance
Hardness approaching diamond and engineered bonds resist abrasion in the most aggressive use-cases.
Corrosion Resistance
Chemically inert against many acids, alkalis, and chemical compounds that degrade metals and other materials.
High Temperature Performance
Withstands continuous temperatures and thermal cycling up to ~1600 C with shape stability throughout.