We supply high-performance refractory solutions for blast furnaces, ladles, converters and tundishes. Our materials ensure superior thermal resistance and mechanical stability for continuous casting and steel refining operations.

Aluminium processes require precise thermal management. Our insulating materials and monolithic linings help reduce energy losses, improve safety, and extend furnace life in both primary and secondary aluminium production.

Our solutions meet the demands of thermal cracking, reforming and gasification units. We provide corrosion-resistant linings adapted to high temperatures and chemical stress for improved reliability and reduced downtime.

Cement kilns and lime furnaces require refractory linings capable of withstanding abrasion, alkali attacks, and intense heat. Our tailored linings offer long-lasting protection to support high clinker quality and energy efficiency.

From biomass to waste-to-energy plants, our refractory solutions enhance the performance and durability of combustion chambers, boilers and heat exchangers while ensuring compliance with environmental standards.

Glass production involves sustained high temperatures and thermal shock risks. We deliver refractory blocks, insulation and accessories adapted to furnaces, regenerators and forehearths, optimising glass quality and energy use.

We support OEMs by supplying standard and custom-made refractory parts—shapes, modules, mastics and insulating materials—ready to integrate into any industrial furnace design.

We offer refractory systems designed to withstand corrosion, slagging, and thermal shocks in incinerators and gasification plants. Our materials help meet strict environmental and energy recovery standards.

A Partner for Every Industry


Whether you work in heavy metallurgy, process engineering or food production, our materials are designed to perform under extreme thermal, chemical and mechanical stress. We support your operational needs from concept to maintenance, adapting to your process and performance targets.