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icon silica ramming mass

Silica Ramming Mass

Silica Ramming Mass is an essential refractory lining material used in induction furnaces for melting and holding operations. Known for its high refractoriness, the material is capable of withstanding elevated operating temperatures, making it suitable for demanding furnace environments.

Its thermal stability supports consistent performance under heat stress, while its resistance to corrosion from steel and slag contributes to extended lining life when used under proper operational conditions. The material’s electrical characteristics also aid in minimizing the risk of furnace short-circuiting during standard usage. Know More
icon NFC

Nozzle Filling Compound (NFC)

Nozzle Filling Compound is a specialized refractory product designed for use in steel transfer ladles equipped with slide gate mechanisms. Engineered with selected granulometry and high refractoriness, the compound is formulated to resist sintering when in contact with molten steel at temperatures around 1600°C under high ferrostatic pressure within the ladle nozzle-well cavity.

This thermal and structural stability typically allows the compound to remain free-flowing, facilitating smooth and uninterrupted steel flow upon slide gate opening. In most cases, discharge occurs naturally or with minimal oxygen lancing, helping establish a controlled and consistent stream from the ladle. Know More
icon 90k mortar

90K Mortar

90K Mortar is a specially formulated chemical/ceramic-bonded refractory mortar designed for high-temperature applications, typically exceeding 1700°C. It is suitable for setting components such as concast nozzles, ladle nozzles, and for use in the slide gate plate area where thermal and structural integrity are essential. Know More
90k mortar
Met-Flux
icon Met-Flux

Metallurgical Flux

Gajanan Flux is a neutral-effect additive designed for use in steel melting processes, particularly in induction and electric arc furnaces. It is formulated to help maintain the chemical composition of the charge without introducing reactive elements. In various plant observations, the use of Gajanan Flux has been associated with improved furnace yields—typically in the range of 1.5% to 2.0% for scrap-based plants and up to 4% in sponge-based operations. The flux also supports reduced power consumption during the melting cycle and helps lower reliance on carbon-based supplements such as metallurgical coke, as well as strong de-oxidizers, depending on melt conditions. Know More