Steelmaking exposes furnace linings and metal handling equipment to repeated thermal, chemical and mechanical stress. Material selection must reflect the conditions in each service zone and the demands of the production cycle.
Particle packing and the balance between coarse and fine fractions influence processing behaviour and the structure of the finished lining. Formulation design should consider installation requirements alongside performance in service.
The correct grade depends on the lining zone, operating temperature, slag chemistry and heating cycle. Share your application and formulation requirements with us to discuss suitable materials for production trials.
Nonferrous melting and casting require lining systems matched to the metal being processed. Material selection must consider the different conditions in melting, holding and transfer stages of the operation.
Chemical compatibility is central to material selection. Different metals, alloys and process additives create different service conditions, so one lining composition cannot be assumed suitable for every foundry process.
Particle characteristics, formulation and installation method influence lining performance. Thermal cycling and metal contact must also be considered when planning new linings, repairs or replacement components.
Tell us the metal or alloy, equipment type, operating cycle and main wear problem. We can use this application brief to discuss a material specification for your refractory development work.
