9 types of industrial dampers: Flexatherm

Here’s 9 types of industrial dampers:

1. Butterfly Dampers

When these dampers open and close, a circular blade that revolves around its central axis mimics the opening and closing of a butterfly's wings. They are widely employed in duct systems for controlling or isolating airflow because of its effective operation and straightforward construction.

2. Louver Dampers

Louver dampers are devices with several parallel blades that allow the flow of gas or air to be regulated. They are helpful in sectors like power plants and refineries since they are suitable for larger applications and can withstand hot temperatures.

3. Inlet Vane Dampers

The airflow into a fan or blower system is controlled by these dampers. The dampers regulate the angle and volume of air intake by altering the vanes, which raises system efficiency and lowers energy usage.

4. Tee Dampers

The purpose of tee dampers is to divide or redirect airflow into two distinct channels. Designed in the form of a "T," they are helpful in complex ventilation systems and aid in controlling the flow between two sections of ductwork.

5. Poppet Dampers

To open or close the duct, poppet dampers function by raising and lowering a circular plate that resembles a valve. They perform well for isolating specific ductwork or pipe sections and are frequently utilized in high-pressure situations.

6. Guillotine Dampers

Guillotine dampers, so named for the notorious blade used in executions, include a sliding plate that can be adjusted to restrict or permit airflow. They are mostly utilized in systems that require total isolation in order to perform maintenance or perform emergency shutdowns.

7. Slide Gate Dampers

To stop or allow airflow, these dampers work by sliding a gate horizontally. They are sturdy and utilized in industrial settings, such steel mills and cement factories, where strong isolation is required.

8. Specialty Dampers

Specialty dampers are made to order to meet particular needs in the industrial setting, such as handling corrosive gasses or extremely high or low temperatures. To withstand challenging circumstances, their designs frequently include unique materials or mechanics.

9. Bi-Plane Damper

The two parallel blades of the bi-plane damper move simultaneously to control or isolate the flow of gas or air. More control and efficiency are offered by its dual-blade design, particularly in bigger systems that need precision flow management.

Every one of these dampers is essential to the operation, safety, and efficiency of industrial systems that handle fluids, gases, or air. They assist in controlling flow, isolating areas for upkeep, and even shutting down systems in an emergency.

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