The UK leader in Stud Welding and Refractory products
Our silicon carbide refractory range provides high-performance solutions for demanding industrial applications where high temperatures, abrasion and aggressive operating conditions can significantly affect refractory service life.
The range includes castable, gunning, ramming and plastic refractory materials, providing a choice of installation methods for new linings, maintenance and repair applications. With high-purity silicon carbide formulations available for service temperatures up to approximately 1450°C, the range provides durable refractory protection across a variety of industrial environments.
Silicon carbide refractories combine excellent wear resistance with high-temperature performance, making them particularly suitable for demanding applications where conventional refractory materials can experience accelerated deterioration.
With multiple installation methods available, the range can be specified for complete refractory linings as well as targeted maintenance and repair work, helping to protect critical equipment, extend lining life and reduce plant downtime.
Our silicon carbide refractory materials can be used across a range of demanding applications, including:
Silicon carbide refractory solutions are suitable for demanding applications across industries including:
Selecting the correct silicon carbide refractory depends on the operating temperature, application environment, wear conditions and required installation method.
MMES can provide technical support in selecting the appropriate refractory material and installation system, whether the application requires a castable, gunning, ramming or plastic refractory solution.
Looking for a refractory solution for a high-temperature or high-wear application?
Speak to MMES about your operating conditions and installation requirements. We can help identify the appropriate silicon carbide refractory material and installation method for your application.
Contact MMES today for technical advice and specification guidance.