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
