ABS Foot Valve
The ABS Foot Valve is a check valve installed at the inlet of a suction pipe, typically in pumping systems, to prevent backflow and retain prime. Constructed from Acrylonitrile Butadiene Styrene (ABS), it features a built-in strainer to block debris, ensuring clean and consistent fluid intake. Lightweight yet durable, it is ideal for water transfer, irrigation, and other low-pressure fluid applications in industrial and commercial environments.
Key Features of ABS Foot Valve
- Built-In Strainer Screen
Prevents debris from entering the pipeline and damaging pumps or system components. - One-Way Flow Design
Allows fluid intake while automatically closing to prevent reverse flow and loss of prime. - Corrosion and Chemical Resistant
Ideal for use in water, non-aggressive chemicals, and mildly corrosive environments. - Durable ABS Construction
Provides high impact strength, dimensional stability, and long service life. - Easy Installation
Lightweight design simplifies handling and installation in vertical suction lines. - Low Cracking Pressure
Opens easily under minimal suction pressure for efficient pump operation.
Technical Information
| Parameter | Details |
|---|---|
|
Product Type |
Foot Valve with Strainer |
|
Material |
ABS (Acrylonitrile Butadiene Styrene) |
|
Sizes Available |
½” to 6″ (15 mm to 160 mm) |
|
Connection Type |
Solvent Weld / Threaded (optional) |
|
Pressure Rating |
Up to 6 bar (87 PSI) at 20°C |
|
Operating Temperature Range |
-40°C to +60°C |
|
Color |
Black or Grey |
|
Standards |
EN ISO 727, ASTM D2467, DIN 8063 |
|
Applications |
Pump suction lines, irrigation systems, water tanks, aquaculture, drainage systems |
ABS Valve Range
Petron Thermoplast
Custom Product Manufacturing Available
If you are searching for customized product designs that meet your requirements, don’t worry. Petron Thermoplast also offers custom product manufacturing services to meet the unique needs of various industries. Work with our expert engineers to create custom designs suited for your application.
