New Generation Bogie Hearth Furnaces Power Efficient Heat Treatment in Manufacturing
Hora de emisión：2025-10-30 10:41:22
Vistazo：
As industrial technology advances, modern bogie hearth furnaces integrating int
As industrial technology advances, modern bogie hearth furnaces integrating intelligent control systems and high-efficiency energy-saving technologies are gradually replacing traditional high-energy-consumption equipment, becoming the preferred upgrade for heat treatment processes in industries such as metallurgy, casting, and automotive components.
In today's manufacturing landscape, which is focused on reducing costs and increasing efficiency, the bogie hearth furnace, as a core heat treatment apparatus, is undergoing significant technological upgrades. The new generation of products, with their notable energy-saving advantages and intelligent operation, provides powerful assistance to companies in improving product quality and competitiveness.
Compared to traditional equipment, the outstanding advantages of modern bogie hearth furnaces lie in:
Greater Energy Efficiency: The use of new fiber linings and high-efficiency sealing technology effectively reduces heat loss, with a comprehensive energy-saving rate of over 30%, significantly lowering operating costs.
Greater Intelligence: Standard PLC intelligent control systems enable precise automatic temperature control and process curve recording. This simplifies operation and effectively eliminates human error.
Greater Uniformity: Optimized airflow design within the furnace ensures extremely high temperature uniformity in the working zone, thereby guaranteeing the consistency and reliability of heat treatment quality for every batch of workpieces.
Industry observers note that under the general trend of intelligent and green manufacturing, efficient, energy-saving intelligent bogie hearth furnaces are no longer an optional choice, but a necessity for enterprises looking to upgrade their production equipment and move toward 'intelligent manufacturing.'
Main Technical Specifications:
1
Effective Working Dimensions
Length 1800 × Width 1800 × Height 1200mm
2
Furnace Chamber Dimensions
Length 2200 × Width 2000 × Height 1300mm
3
Rated Heating Power
120 Kw
4
Rated Temperature
900℃
5
Operating Temperature
800℃
6
Heating Method
Radiation Heating + Convection Heating
7
Wiring Method
Star Connection
8
Power Supply
~380V, Frequency 50Hz
9
Temperature Control Method
PID Program Automatic Temperature Control
10
Temperature Control Zones
1 Zone
11
Temperature Measurement Point Instrument Control Accuracy
