Listing ID #128894
Company Information
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Contact SupplierWe are specialized in the manufacturing and supplying of superior quality Acidic Ramming Mass in the international market. Acidic Ramming Mass Minerals are used in the lining of induction furnaces thus better the quality of Acidic Ramming Mass, superior the performance of the furnaces. Better quality of lining results in the smooth working of furnaces, optimum output and better metallurgical control. Our Acidic Ramming Mass has better thermal stability; it is corrosion as well as wear resistant as it contains less binders, fire clay and moisture compared to plastic refractory. Besides, we are one of the major Basic Acidic Ramming Mass Exporters in India.
Nature - Acidic
Melting - upto 3200°F (1700°C).
Acidic Ramming Mass is used in the lining of induction furnaces. Quality of Acidic Ramming mass is directly related to the heating performance of the furnaces. Better quality of lining results in the smooth working of furnaces, optimum output and better metallurgical control.
Granulometric Composition Of Commercial Silica Ramming Mass Size Percentage
4 mm to 1 mm 33 %1 mm to 0.20 mm 30 %0.20 mm to 0.06 mm 17 %0.06mm & Below 20 %
Our Acidic Ramming Mass is manufactured under strict supervision of qualified and experienced work force. Proper check is exercised on magnetic process to assure iron free Acidic Ramming Mass and to assure proper composition of granules according to furnace capacity.
Furnace Specific Benefits
We are the only manufacturer to give material as per the furnace capacity and make of the user. The granulation of the mix are optimized keeping in view the furnace make and capacity, thus giving maximum and best results.
Ramming mix is characterized by thermal stability, corrosion resistance and wear resistance because it contains less binders, fire clay and moisture compared to plastic refractories. Recommended for lining the iron melting coreless induction furnace. Premixed with binder to customer's specifications. Maximum recommended use limit- 3200°F (1700°C)