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Karma Automation Industries is equipped with the latest machinery,
equipment and testing facilities. We are a key manufacturers and
suppliers of a comprehensive range of automation valves including ball
valves, butterfly valves, pneumatic cylinders, rotary actuators and many
more. Our skilled production team employs advanced modern
techniques throughout the entire production cycle, adhering to stringent
quality control procedures. We are committed to provide best quality
valves to our esteemed customers and hence the products are
manufactured with the highest degree of accuracy to ensure a trouble
free long life and guaranteed interchangeability of spare parts.
Pneumatic butterfly valves are a type of valve that utilizes compressed
air to operate the valve mechanism, allowing for quick and efficient
control of fluid flow in various applications. These valves consist of a
circular disc mounted on a shaft which rotates to open or close the
valve, enabling precise flow regulation. The pneumatic actuator which is
powered by compressed air, provides the force needed to move the
disc, making these valves ideal for automated systems where rapid
response times are essential.
Pneumatic butterfly valves are available in various materials including
stainless steel, plastic and cast iron, allowing for compatibility with
different media and environmental conditions. Additionally, they can be
designed for various pressure and temperature ratings, making them
versatile for a wide range of applications.
1. Quick Operation : Pneumatic butterfly valves can open and close
rapidly, allowing for fast response times in automated systems which is
essential for processes requiring immediate flow control.
2. Remote Control Capability : These valves can be easily integrated into
automated control systems, enabling remote operation and monitoring
which enhances operational efficiency and safety.
3. Low Pressure Drop : Pneumatic butterfly valves are designed to
minimize pressure loss when fully open, making them suitable for high-
flow applications and improving overall system efficiency.
4. Compact Design : These type of valves are easy to carry and their
compact construction allows for smooth installation in tight spaces,
making them ideal for various piping configurations.
5. Versatility : Available in a range of materials and sizes, pneumatic
butterfly valves can be customized to suit different media, pressure and
temperature requirements across various industries.
6. Durability : Constructed from robust materials, these valves can
withstand harsh operating conditions, ensuring long service life and
reliability in demanding environments.
7. Low Maintenance Requirements : With fewer moving parts compared
to other valve types, pneumatic butterfly valves typically require less
maintenance, reducing operational costs and downtime.
8. Effective Flow Control : The design of pneumatic butterfly valves allows
for precise flow regulation, making them suitable for applications that
require accurate control of fluid flow.
1. Water Treatment Plants : Pneumatic butterfly valves are used to
control the flow of water during treatment processes including filtration,
disinfection and distribution.
2. Chemical Processing : These valves regulate the flow of chemicals and
corrosive substances in manufacturing processes, ensuring safe and
efficient handling of reactive materials.
3. ood and Beverage Industry : Pneumatic butterfly valves are employed
in food processing and packaging applications to manage the flow of
liquids and gases, maintaining hygiene and safety standards.
4. Power Generation : Pneumatic butterfly valves are utilized in power
plants to manage the flow of steam and water in cooling systems and
turbine operations, playing a crucial role in energy production.
5. Oil and Gas Industry : These valves are employed in pipelines and
processing facilities to control the flow of oil and gas, providing reliable
performance in demanding environments.
6. Pharmaceutical Industry : Pneumatic butterfly valves are used in
pharmaceutical manufacturing processes to ensure precise control of
fluid flow, maintaining product quality and compliance with regulations.