Pressure Relief Damper Dealers in Mumbai

We are recognized manufacturer of precisely designed pressure relief damper that is much appreciated in the market for their optimum quality. Features: precise design easy to install sturdiness superior quality accurate dimensions

• Material: Aluminum
• Shape: Rectangular
• Country of Origin: Made in India
• Surface Finish: Polished
• Usage/Application: Fire Control
• Frequency: 50 Hz

• Operating temperature: 0 to 80 °C
• Maximum differential pressure: 5000 Pa

Air leakage with back pressure to EN 1751, class 4, Maximum differential pressure: 5000 Pa, Differential pressure can be adjusted from 50 – 1000 Pa (B > 600 mm: 600 Pa max.), Blades open when the maximum differential pressure is exceeded and close automatically when the pressure drops, Blades made of aluminium, casing made of galvanised steel

Bio-X supplies SS 304 grade Pressure relief dampers with SS blade to maintain +ve pressure inside the OT. Gear operated manual dampers to be operated from laminar flow to plenum all complete as per Specifications.

“COSMOS” Non‐return Pressure relief Gravity Back draft dampers have been specifically designed for use in Air‐conditioning and Ventilation system, these dampers are air operated and are used for air intake and exhaust, and are also used for pressure relief. Non‐return Gravity Back draft dampers can either be operated by gravity (where pressure or velocity opens and closes the damper) or be motorized to open and close when required. These dampers are composed of a set of horizontally mounted blades, they are normally closed and are free to rotate about the horizontal axis. The blades are manufactured from light weight aluminum sheets. Frame is manufactured from high quality aluminum as well as from galvanized steel.

Pressure relief dampers are designed for operation theatres to prevent cross contamination of air between clean and dirty areas. Fabricated using epoxy coated material under the strict surveillance, these dampers lift up automatically thereby relieving the excess pressure in the operation theatre.