Silica ramming mass is a crucial refractory lining material used in induction furnaces, offering
a range of benefits. Its high refractoriness enables it to withstand and maintain operating
temperatures, while its thermal stability makes it ideal for furnace applications. The material
exhibits high corrosion resistance to steel and slag, ensuring long-term durability.
Additionally, its high electrical receptivity helps prevent short-circuiting. Silica ramming
mass is suitable for use up to 1700°C and maintains consistent quality with purity levels of
98%-99%.
Packaging :50 Kg HDPE Bags with inner liner
The neutral effect of Gajanan Flux in the melting process ensures that there are no alterations
to the chemical compositions. This flux offers a range of benefits, including an increased
furnace yield of 1.5 to 2.0% in scrap-based plants and up to 4% in sponge-based plants. It also
reduces power consumption, eliminates the need for carbon supplements like met coke, and removes
the need for strong de-oxidizers. Additionally, it improves tundish and ladle life, reduces
oxygen and lancing pipe usage by up to 50%, and solves common rolling problems like peeling,
pinholes, and mouth distortion. It also improves the inner core and structural bonding of TMT
bars, minimizes slag crusher usage, and makes manpower handling easier.
Packaging :50 Kg HDPE Bags with inner liner
Nozzle Filling Compound needed for steel transfer ladle with slide gate system. As nozzle
compound possesses selected granulomere and high refractoriness, it does not sinter with when in
contact with molten steel around 1600°C temperature with high Ferro static head when kept in
ladle nozzle-well cavity. Thus, it results in to free flowing when slide gate is opened and it
comes out freely or with minor oxygen lancing establishing a very smooth stream flow from ladle.
Packaging :50 Kg HDPE Bags with inner liner
