High Temperature Resistance Dry Ramming Mass Good Stability Long Lining Life Dry Refractory Ramming Mass

High Temperature Resistance Dry Ramming Mass Good Stability Long Lining Life Dry Refractory Ramming Mass

The advantages of dry ramming mass mainly include the following:

• Good stability: Dry ramming mass do not contain any liquid binder (such as water), so the structure is stable and does not deform, which allows the high refractoriness and excellent mechanical strength.
• Good thermal resistance: Both intermittently and continuously working mode are acceptable, reducing the linging cracks.
• Easy installation: The installtion speed of dry ramming is very fast, and the furnace is easy to dismantle. It saves labor and cost by conveient installation and maintenance.
• High temperature resistance: Dry ramming mass usually have high temperature resistance, can remain stable in high temperature environments, and are suitable for various high-temperature smelting processes.

Application Scenarios of Dry Ramming Mass:

1. Coreless Induction Furnaces

• Primary Lining Construction:
• Used as the working lining for melting ferrous (iron, steel) and non-ferrous (aluminum, copper, brass) metals
• Provides direct contact protection against molten metal (1400-1700°C)
• Furnace Bottom Construction:
• Forms durable base layers resistant to metal penetration
• Withstands mechanical impact during charging

2. Channel Induction Furnaces

• Inductor Lining:
• Creates precision linings for molten metal channels
• Maintains dimensional stability under electromagnetic forces
• Forehearth Applications:
• Lines metal distribution systems in foundries

High Temperature Resistance Dry Ramming Mass

Good Stability Dry Refractory Ramming Mass

Long Lining Life Dry Ramming Mass

High Temperature Resistance Dry Ramming Mass Good Stability Long Lining Life Dry Refractory Ramming Mass Images