30 Heats 1.5% Boric Acidic Ramming Mass Steel Plant Acidic Lining Induction Furnace

Pre Mix 1.2-1.5% Boric Acid Silica Ramming Mass Induction Furnace Lining For Steel Plant

Induction Furnace Lining

Induction Furnace Lining, also known as silica ramming mass, acidic ramming mass or quartzite powder or quartz powder, which is premixed ramming mass. Induction Furnace Lining is a ramming material which can be used for furnace lining of coreless induction furnaces for melting of scrap to liquid steel. Silica ramming mix is a dry induction furnace refractories that can be used for all types of iron, steel, aluminium and foundries.
The raw material of silica ramming mass is high quality quartz, mixed with high quality boric acid. Silica content of its raw material is more than 99%. Generally we will add 1.2% to 1.5 % or 1.8% at most boric acid to premix with quartz, but it can be changed as per customers’ requirements. In order to achieve the best performance, we will design different sizes for customers according to different capacity of induction furnace. Of course size can be manufactured according to customer's requirements to meeting site ramming situation.
Generally, the service life is 20-40 heats according to different casting condition and steel grade.

We not only provide products, but also design size distrubution according to customer's furnace size and casting condition, products are exported to Pakistan, Saudi and other countries and achieved very good performance. We have our own ore to make sure stable quality silica ramming mass.

Induction Furnace Lining manufactured by CH Refractories has been exported to many countries, all with very good performance. Every month we will export 3000 tons at least. CH Refractories manufactured silica ramming mass can help customer increase 3-10 heats service life generally comparing with their primary using products. What's more , we have have neutral ramming mass for induction furnace lining, if you want to compare service life and price, please feel free to ask us.