Electric Inclined Louver Valve, Flue Louver Regulating Valve, Round Window-Type Damper, Flue Baffle Valve DN3000

Keywords: Electric Inclined Louver Valve, Flue Louver Regulating Valve, Electric Louver Valve, Electric Louver (Round Type, Window Type) Valve, Damper, Flue Damper Valve

Model: DN100, DN200, DN300~DN3000

Introduction:

The louver valve is a new type of valve primarily used for regulating and controlling the flow of air, flue gas, dust, and combustible gases in process pipelines. High-temperature louver valves are widely used in industries such as metallurgy, mining, building materials, chemicals, and power plants.

The electric regulating louver valve is a valve with automatic regulation characteristics, composed of main components such as the valve body, louver blades, valve shaft, linkage mechanism, and driving device. It can be widely applied in ventilation systems and environmental protection projects involving dust-laden cold or hot air gas pipelines in industries like metallurgy, building materials, chemicals, power plants, and glass manufacturing.

Ductile iron material: Stainless steel

Main Technical Parameters:

Diameter: 200-4500mm      Pressure: 0.05MPa

Operating Temperature: -40~900℃

Compatible with actuators from series such as DKJ, Bernard, DCL, Rotork, Auma, Siemens, KOSO, etc.

Applications and Features:

The louver valve is a new type of valve, constructed from high-quality steel plate welding. It features a compact structure, light weight, high rigidity, sensitive operation, and flexible opening. When paired with electric actuators, it is widely used in industries such as metallurgy, mining, building materials, chemicals, and power plants. It enables manual-electric interference-free switching, automatic regulation, integration with microcomputers, and centralized control, making it an ideal device for regulating pipeline medium flow.

Structural Advantages of Louver Valve:
1) Can be paired with various actuators to form valves with different performance characteristics;
2) Unique valve body structure, multiple blades, low noise, and light weight;
3) Low driving torque, high flow capacity, easy operation and maintenance;
4) Cost-effective and long service life.