OUR PRODUCTS
Precision-Engineered Refractory Solutions
Silica Ramming Mass
For Induction Furnace & Ladle Lining
PRE - MIX BORON
PRE - MIX BORIC
LED - RAM
Silica ramming mass, also known as acidic or quartzite ramming mass, is an essential refractory lining material used in induction furnaces.
It plays a vital role in protecting the furnace lining from extreme temperatures and aggressive chemical reactions that occur during the melting of metals and alloys.
As a monolithic refractory, silica ramming mass is supplied in a ready-to-use, unshaped form, allowing for easy installation and efficient application while ensuring reliable performance and extended furnace life.
Nalintop Silica Ramming Mass
Designed to form a durable protective lining inside induction furnaces, this ramming mass helps maintain stable operating temperatures while safeguarding furnace walls from corrosion, erosion, and damage caused by molten metal and slag.
High-Purity Quartz Powder
We supply premium-grade quartz powder derived from carefully selected quartz and quartzite. Our consistent sourcing and quality control ensure reliable performance, meeting the strict demands of metallurgical and industrial applications.
Silica Ramming Mass with Boric Acid
Formulated with boric acid, this silica ramming mass delivers superior bonding and adhesion properties. The result is a stronger, more durable furnace lining that enhances performance and longevity in induction furnace operations.
Silica Ramming Mass with Boron Oxide
Enhanced with boron oxide, this formulation reduces moisture-related issues while improving thermal stability. It also helps extend coil insulation life, ensuring improved furnace efficiency and reduced maintenance downtime.
Post Mix Silica Ramming Mass
Engineered for versatility, our Post Mix Silica Ramming Mass is designed for use across multiple furnace types. It performs reliably in steel, carbon steel, cast iron, ductile iron, and copper melting applications, delivering consistent lining strength and thermal stability.
Ladle Ramming Mass
Specially developed for ladle applications, this ramming mass meets the unique operational requirements where controlled sintering is limited. It ensures dependable performance, durability, and resistance under demanding metallurgical conditions.