Material Science

Material Science

Technical Ceramics

Technical Ceramics

Corrosion Engineering is the pioneer of the ceramic composite lining system. Our technical ceramics have consistently outperformed most of the commonly used wear-resistant materials employed in material handling systems for dry substances, slurries, and dust laden gases. Our high performance ceramics will outlast materials such as carbon steel, Ni-Hard, stainless steel, abrasion-resistant (AR) steel, rubber, and other ceramics by a factor of 10 to 50 times. This translates into longer equipment life, lower maintenance costs, and reduced process downtime resulting in higher productivity.

Corrosion Engineering is the pioneer of the ceramic composite lining system. Our technical ceramics have consistently outperformed most of the commonly used wear-resistant materials employed in material handling systems for dry substances, slurries, and dust laden gases. Our high performance ceramics will outlast materials such as carbon steel, Ni-Hard, stainless steel, abrasion-resistant (AR) steel, rubber, and other ceramics by a factor of 10 to 50 times. This translates into longer equipment life, lower maintenance costs, and reduced process downtime resulting in higher productivity.

Application

Application

Corrosion Engineering is the pioneer of the ceramic composite lining system. Our technical ceramics have consistently outperformed most of the commonly used wear-resistant materials employed in material handling systems for dry substances, slurries, and dust laden gases. Our high performance ceramics will outlast materials such as carbon steel, Ni-Hard, stainless steel, abrasion-resistant (AR) steel, rubber, and other ceramics by a factor of 10 to 50 times. This translates into longer equipment life, lower maintenance costs, and reduced process downtime resulting in higher productivity.

Corrosion Engineering is the pioneer of the ceramic composite lining system. Our technical ceramics have consistently outperformed most of the commonly used wear-resistant materials employed in material handling systems for dry substances, slurries, and dust laden gases. Our high performance ceramics will outlast materials such as carbon steel, Ni-Hard, stainless steel, abrasion-resistant (AR) steel, rubber, and other ceramics by a factor of 10 to 50 times. This translates into longer equipment life, lower maintenance costs, and reduced process downtime resulting in higher productivity.

MagPatch™

MagPatch™

Magnetic Wear Patch

Magnetic Wear Patch

MagPatch consists of a ceramic magnet molded within high-tensile, wear-resistant vulcanized rubber and feature a durable handle for easy placement, and removal.

MagPatch consists of a ceramic magnet molded within high-tensile, wear-resistant vulcanized rubber and feature a durable handle for easy placement, and removal.

Description

Operational emergencies often occur in the event of equipment leakage that involve holes in chutes, hoppers, tanks, pipes, launders and other equipment or damage to crucial applications. MagPatch is a simple vet effective solution for quick temporary repairs. When equipment wears through, simply attach a MagPatch over the hole for an instant fix.

Eliminate Downtime

Extensive Range

Perfect for Flat & Curved Applications

Exeptional Reliability