Gas Filter must be fitted prior to the regulators on the upstream side, to ensure that only clean | dust free gas is entering the regulator .
Sizes Available In - BSP And Flanged ( 150 , 300) .
Body - CS Body
Flanged End Classes - 150 , 300 .
Filtration Capacity - 50 Micron
Type - BSP THREAD END , Flanged End
Size - 1/2 Inch To 4 inch
A High-Pressure Compressed Gas Filter is a device used to remove contaminants from gases under high pressure, typically found in industrial and manufacturing processes. Here's a breakdown of its components and functions:
Filter Housing: This is the main body of the filter where the filtration process occurs. It is designed to withstand high pressures and is usually made of sturdy materials like stainless steel.
Filter Element: This is the heart of the filter, responsible for capturing and retaining contaminants present in the gas stream. Filter elements can be made of various materials such as porous metal, sintered ceramics, or specialized filter media designed to trap specific contaminants.
Inlet and Outlet Connections: These are ports on the filter housing where the gas enters and exits the filter. They are designed to handle high-pressure connections securely.
Pressure Relief Valve: To ensure safe operation, some high-pressure filters may include a pressure relief valve that releases excess pressure in the event of a pressure surge, preventing damage to the filter and the surrounding equipment.
Drain Valve: This allows for the periodic removal of accumulated contaminants from the filter housing, ensuring efficient filtration performance over time.
Pressure Gauge: Many filters are equipped with pressure gauges to monitor the pressure differential across the filter element. This helps indicate when the filter needs maintenance or replacement.
Mounting Bracket or Flanges: These are used to securely mount the filter in place within the gas system.
High-pressure compressed gas filters play a crucial role in maintaining the purity and integrity of gases used in various industrial applications, such as gas chromatography, semiconductor manufacturing, and pharmaceutical production. By removing contaminants like particulates, moisture, oil, and other impurities, these filters help ensure the quality and safety of the end products and protect downstream equipment from damage or malfunction