Ramming mass is a dry, granular refractory material compacted to form a dense, jointless furnace lining. It creates a protective layer between molten metal and the furnace structure and is commonly used in induction furnaces and selected foundry applications.
Ferro Impex supplies high temperature refractory grades designed for demanding furnace conditions. Properly selected and installed, the lining can help resist heat, erosion, thermal shock, chemical attack, and molten metal contact.
The range includes Acidic Ramming Mass from DAKA Monolithics PVT. LTD., Acidic Ramming Mass with Boric Acid, and Acidic Ramming Mass with Boron Oxide from Raghav Productivity Enhancers LTD. It also includes Basic Ramming Mass from TRL Krosaki, Joglekar Refractories, and Elegance.
Ferro Impex also offers Neutral Ramming Mass and Acidic Ramming Mass for Refractory Lining applications, and Cupola Ramming Mass from Firex Chemical PVT. LTD. Products are supplied through experienced Ramming Mass suppliers serving industrial furnace and foundry applications.
The right grade helps the Furnace Lining separate molten metal from the structure while supporting resistance to corrosion, erosion, and thermal cycling for reliable operation.
New Punjab Foundry Store supplies refractory materials selected for practical industrial applications. The range covers Acidic, Silica based, Boric Acid bonded, Boron Oxide bonded, Basic, and Neutral grades.
As a reliable Ramming Mass supplier, we focus on dependable supply and consistent product selection for foundries and metal melting operations. The company works with established Ramming Mass manufacturers in India to provide suitable products for different furnace and refractory requirements.
Product selection depends on the furnace type, melting application, operating temperature, lining requirements, and manufacturer’s technical specifications. This helps customers choose a suitable grade for their intended application.
Ramming mass is a dry, granular refractory material that is compacted by Ramming to form a dense furnace lining. It is commonly used for induction furnaces and other high temperature furnace linings.
Acidic Ramming Mass, also called Silica Ramming Mass or Silica Ramming Mix, is a Silica-Based refractory used for suitable furnace linings. It is especially used in Coreless Induction Furnaces for Cast Iron and SG Iron.
Ferro Impex offers products manufactured by DAKA Monolithics PVT. LTD. and Raghav Productivity Enhancers LTD., along with Acidic Ramming Mass with Boric Acid and Boron Oxide from established Ramming Mass manufacturers in India.
Boric Acid and Boron Oxide are used as Sintering Aids in Silica Ramming Mass. During heating, they contribute to the formation of a bonded refractory structure. The amount used and the sintering procedure should follow the product specification.
Basic Ramming Mass is a basic Refractory Material, commonly based on Magnesia containing raw materials. It is used where resistance to basic slag, high temperature, and chemical attack is required.
It is used in steel casting. Ferro Impex offers basic ramming mass manufactured by TRL Krosaki, Joglekar Refractories, and Elegance for manganese steel casting.
Cupola Ramming Mass is a refractory ramming material used in selected Cupola Furnace areas. It is designed for demanding conditions involving high temperature, Molten Iron, Slag, and Thermal Cycling.
We offer Cupola Ramming Mass manufactured by Firex Chemical PVT. LTD., along with Cupola Ramming Mass from Bikaner.
Foundry Ramming Mass refers to Refractory Ramming materials used in Foundry Furnace and melting applications. These may include Acidic or Silica, basic, and application specific grades.
A correctly installed Ramming Mass lining creates a refractory barrier between Molten Metal and the Furnace structure. It helps resist heat, Erosion, corrosion, thermal shock, and chemical interaction.
A reliable supplier can provide suitable grades from established Ramming Mass Manufacturers based on the intended furnace application.
Ramming mass is placed and compacted in the Furnace Lining using the prescribed manual or Mechanical Ramming method. The new lining is then dried and sintered according to the manufacturer’s technical procedure and Furnace requirements.
Sintering develops the required bonded structure in the working layer of the refractory lining. An appropriate heating and sintering procedure is important for achieving the intended lining performance.
Properly selected material can support the required furnace lining performance and help maintain reliable operation.
