From mechanical seals in corrosive chemical pumps to high-temperature kiln furniture, components face continuous heat, wear, and aggressive environments. Many materials degrade, warp, or lose strength under these combined stresses.
Leeta’s silicon carbide offers the strength, thermal performance, and chemical resistance needed for ruthless industrial applications. Through advanced ceramic processing and application-driven design, Leeta engineers SiC grades and geometries that perform reliably in extreme operating conditions to reduce downtime and extend service life.
Maintains mechanical integrity under load, even at elevated temperatures.
Enables rapid heat transfer for temperature-critical systems.
Withstands aggressive chemicals and oxidizing atmospheres.
Lower density than many metals and ceramics for weight-sensitive designs.
Grain size, density, and composition tuned to application requirements.
Pumps, mixers, and rotating equipment in chemical and petrochemical service.
High-temperature supports, setters, and beams.
Systems requiring high thermal conductivity and corrosion resistance.
Lightweight, high-strength structures for extreme environments.
Components exposed to corrosive gases and high heat.
Leeta’s silicon carbide materials are engineered for exceptional durability, thermal performance, and chemical resistance in the most challenging applications. Partner with Leeta Materials to design a solution that meets exact performance targets.