Ramming Mass

Available in free flow powder and granular forms, Ramming Mass is used as suitable lining material for heating furnace. Widely used for repairing of cold and hot steel furnaces, this substance is useful in safeguarding induction furnace against wear, thermal shock, abrasion and corrosion. Formulated by using elements like spiel, magnesia and corundum, this lining material can endure high temperature. Unique slag resistance properties, ease of handling, non toxic content, precise formulation, advanced production method and stability of life cycle are some of the main characteristics of this Ramming Mass. Notable for its milky white appearance, this substance has been verified on the basis of its effectiveness, chemical composition, storage life and production method. We offer it in different packaging options.

Features:

1) This induction furnace lining material is offered in granular and powder forms.
2) It is free from impurities.
3) High temperature resistance property.
4) Good slag prevention capacity.

Silica Ramming Mass

Price 3800 INR/ Kilograms

MOQ : 10000 Kilograms

  • CaO Content (%)
  • N/a
  • Color
  • White
  • Fe2O3 (%)
  • N/a
  • Material
  • Other, Silica Ramming Mass
  • Shape
  • Other, Crystal
  • SiO2 Content (%)
  • 9899%

Premix Ramming Mass

Price 5.5 INR/ Kilograms

MOQ : 10000 Kilograms

  • CaO Content (%)
  • N/a
  • Color
  • NATURAL
  • Fe2O3 (%)
  • N/a
  • Material
  • Alumina
  • Shape
  • Other, Crystal
  • SiO2 Content (%)
  • 9899%

Post Mix Ramming Mass

Price 9 INR/ Kilograms

MOQ : 10000 Kilograms

  • CaO Content (%)
  • N/a
  • Color
  • White
  • Fe2O3 (%)
  • N/a
  • Material
  • Other
  • Shape
  • Other
  • SiO2 Content (%)
  • 9899%

Cupola Ramming Mass

Price 5 INR/ Kilograms

MOQ : 1000 Kilograms

  • CaO Content (%)
  • N/a
  • Color
  • White
  • Fe2O3 (%)
  • N/a
  • Material
  • Quartz
  • Shape
  • Other
  • SiO2 Content (%)
  • 9899%

Ramming Mass

Price 9 INR/ Kilograms

MOQ : 1000 Kilograms, ,

  • CaO Content (%)
  • N/a
  • Color
  • White
  • Fe2O3 (%)
  • N/a
  • Material
  • Other
  • Shape
  • Other, Crystal


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