Formulated for high-temperature furnace lining systems, Ramming Mass provides dense packing, thermal stability and resistance to mechanical wear under demanding metallurgical conditions. Its controlled grain distribution supports compact refractory lining formation and low porosity, helping resist penetration by molten materials and maintain lining integrity during furnace operation.
Why Ramming Mass is preferred across demanding industrial formulations.
Ultra-high purity ramming mass for steel melting in induction furnaces.
Ramming mass for iron foundries and general non-ferrous melting.
Specialized ramming mass for copper, brass, and non-ferrous melting.
Custom formulated ramming mass for specific furnace and alloy requirements.
Our experts will guide you to the right ramming mass solution.
Important information about Ramming Mass, grades and applications.
Ramming mass is used for lining coreless induction furnaces in steel foundries, iron foundries, and non-ferrous melting operations.
A properly installed ramming mass lining can last 150-300+ heats depending on operating conditions, metal type, and furnace practice.
During initial heat-up, the binder system creates a strong sintered layer that provides the working face of the lining with good hot strength.
Proper particle grading ensures maximum packing density, minimum porosity, and optimal ramming properties for a strong, dense lining.
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