Industries Using Kelair Dampers
Kelair specializes in the design and manufacturing of dampers for a range of applications
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Industrial Grade Dampers for Applications in Any Industry
Quality, durable dampers are critical components for a variety of industrial operations to improve efficiency and reduce emissions.
Accurate and reliable functioning of industrial equipment facilitates effective performance. Custom, premium dampers can help lower operational costs by improving energy efficiency and extending the lifespan of machinery. Additionally, the proper processing of materials and gasses helps manufacturers meet stringent environmental regulations on emissions. Kelair understands the unique processes, challenges and complexities within each industry’s mechanical systems and assists with the high demand of precise and stable solutions for optimal operation.
Custom Dampers: Any Industry, Any Application
Kelair’s decades of experience in industrial dampers provides customers with the expertise they need to select products that will meet their particular needs.
Below is a list of several industries where Kelair dampers are currently being used; just a sampling of the type of environments and applications in which our products perform an important and critical function. Don’t see your particular industry on this list? All Kelair products are customized to suit the specific needs of any industrial application. Whenever you need to move air or gas, Kelair’s industrial dampers will modulate, divert and isolate for you and do so economically and efficiently.
Industries Where Kelair Dampers Are Used
Isolation Valves
Isolation valves are typically placed at specific points throughout a pipeline or system. Among the most common spots for isolation valves to be installed include places where pipes branch off in multiple directions or at junctions.
Butterfly Valves
Industrial Ducting
Kelair's custom-designed industrial ductwork is used in various applications, including pneumatic conveying, air pollution control, and industrial ventilation systems.
Butterfly Dampers
Butterfly dampers used by Kelair have the simplest design and the fastest turnaround. They are the economical choice for applications ranging from light duty to heavy duty and low temperature to high temperature.
Louver Dampers
Kelair's Louver Dampers are applicable for both light, and heavy-duty industrial ventilation for high volume flow control, and isolation applications. This damper modulates the flow of air and gas in dry or wet conditions or can shut them off altogether.
Slide Gate / Guillotine Dampers
These types of slide gate or guillotine dampers are used primarily as shut off devices. Kelair's rugged, heavy duty designs are available round or square with sizes from 4" up to 96" making them an ideal solution for industrial applications.
Diverter & Tee Dampers
Diverter Dampers or Tee Dampers are used to redirect air stream from one outlet to another. These types of dampers are widely used in incineration systems to divert process air and gas to the incinerator or by-pass to the atmosphere.
Refractory Dampers
Kelair’s Refractory dampers are manufactured to withstand temperatures up to 2100 F in corrosive, particulate and/or process gas environments. This unique design helps reduce heat loss and provide erosion protection for the frame.
Inlet Vane Dampers
Inlet Vane Dampers work with fans and blowers to enhance their performance by controlling air volume and fan shut-off. Kelair’s design boasts no external linkage, eliminating pinch points and damage to the assembly.
Backdraft Dampers
Kelair’s Backdraft dampers are engineered to allow airflow in one direction and prevent reverse airflow. Backdraft dampers control airflow in ventilation systems either to modulate or to shut off moving air through a fan opening when it is turned off.
Stack Cap Dampers
Kelair's Stack Cap Dampers isolate the stack opening to prevent foreign material from entering and conserve warmth when the stack is shut down. The dampers deliver accurate airflow and isolation at high temperatures, reducing the stack effect.
