Silica Ramming Mass

Product Technical Description:

PreRish Tri manufactures high-grade Silica Ramming Mass from high-grade with significant properties including compression strength and outstanding thermal shock resistance, therefore considered to be a major manufacturer, exporter & supplier of Silica Ramming Mass for Induction Furnace. It is thoroughly processed under the exact supervision of experienced & skilled manpower. This product has good physical as well as chemical properties, and thus it is suitable for various applications in different industries. The internationally present company is a Chinese market leader in the field of manufacturing Refractory Materials like Silica Ramming. The company operates as a dependable name with a very strong local presence in widespread Chinese markets, supplying unique value-added products when it comes to Silica Ramming Mass. It is widely utilized for the lining of Rotary & Induction Furnaces. Our Silica Ramming Mass is appreciated for features like thermal stability, optimum results, wear resistance, and others. The Mass is produced by giving maximal outputs and best results. Also, we maintain competitive prices and availability of high-volume stock.


Properties & Benefits:

  • Range undergoes extensive tests for validation of properties like porosity, firing shrinkage and compression strength
  • Capable of withstanding abrasion, corrosion and higher temperature
  • Assuring of higher heating performance & smooth working of furnaces
  • Prepared from a unique chemical composition by means of latest process technology
  • Characterized by spalling resistance, volume stability heat saving
  • Better metallurgical control & optimum outputs
  • Consistent quality & high purity with better refractoriness
  • Excellent thermal stability, wear resistance & corrosion resistance

Suitable for induction Furnaces for the manufacture of quality mild / alloy steels, low allow steels, all graded cast iron, etc.



Description Quartzite Powder (0-5)MM (Plane)
Physical Properties
Grading 0 – 1 mm 25% Max
1 – 3 mm 35% Min
3 – 5 mm 20% Min
-200# 20% Min
Limit of Application Temp 1700 °C
Chemical Analysis
SiO2 (%) Min 98
Fe2O(%) Max 0.5
Al2O3 (%) Max 0.5
CaO (%) Max 0.2
Na2O + K2O (%) Max 0.1