Ergitme Furnace Road

Metsar Mechanical Designed by ergitme furnace runnersThe liquid in the smelting line allows the metal to be transported from the furnace to the crucible or casting line to the minimum of safe, controlled and heat loss.
Runner systems offer long-lasting, efficient and safe working conditions with high temperature resistant structures and refractory coatings.

🔹 High Temperature Resistance

Ergitme furnace runners are designed to work at 800–1300°C temperatures.
Used on internal surface high refractory resistance materialsProvides maximum protection against thermal stresses formed by liquid metal.
Thus, both heat loss decreases and the life of the system is extended.

🔹 Refractory and Insulation Structure

Runner interior, high density refractory coating, ceramic fiber insulation and aluminum coated outer surface It is produced with multilayer.
Thanks to this structure:

• Heat loss is reduced up to 25%,

• The metal temperature is kept stable,

• Thermal efficiency increases.

🔹 Modular and Maintenance Convenience

Runners, modular design has. In this way, installation, maintenance and change operations can be done in a short time.
Leakproof connection surfaces and high temperature silicone seals prevent metal leakage and ensure safe operation.

🔹 Technical Specifications

• Operating Temperature: 800–1300°C

• Coating: Refractory + isolation + steel outer body

• Flow section: Special design according to facility capacity

• Assembly: Modular system, bolted connection or welded structure

• Usage life: Long-term high temperature resistance

🔹 Uses

• Aluminum, steel and brass smelting furnaces

• Metal casting lines

• Pota feeding systems

• Recycling ovens

• Heat treatment and smelting plants

🔹 Metsar Mechanical Assurance

Each smelting line carries different features. Therefore Metsar MechanicalThey specially designed way systems according to customer requirements.
The most suitable cross section, refractory combination and isolation structure is determined considering the furnace capacity, flow quantity and temperature values.
Conclusion: longer life, energy efficient and safe production line.