Burkle Back Pressure Valve, EPDM, Thread 1/2 in

The Burkle Back Pressure Valve, EPDM, Thread 1/2 in is a fluid-transfer fitting designed to provide a practical connection between tubing, containers or pump components. Its specified thread and nozzle dimensions help match it to the required transfer line.

Key Features:

• Brand: Burkle
• Specification: 1/2 in
• Feature: Valve made of PP and POM
• Seal: Seal made of EPDM
• Construction: Springs made of stainless steel 1.4401
• Operating Temperature: Max. operating pressure 6 bar (at 20 °C)
• Pressure Difference Mbar: Pressure difference 12 mbar

It is a practical choice when the stated connection dimensions and material features match the tubing, container and media used in the transfer system.

Frequently Asked Questions

1. What is the Burkle Back Pressure Valve used for?

The Burkle Back Pressure Valve, EPDM, Thread 1/2 in is a fluid-transfer fitting designed to provide a practical connection between tubing, containers or pump components. Its specified thread and nozzle dimensions help match it to the required transfer line.

2. What connection size does the Burkle Back Pressure Valve use?

It uses 1/2 in. These dimensions should be matched to the existing tubing or container connection.

3. What material or hygiene features does the Burkle Back Pressure Valve offer?

It is specified with Valve made of PP and POM, Seal made of EPDM.

4. What should I check before selecting this Burkle fitting?

Check the internal or external thread size, hose or nozzle diameter, material, seal type and whether sterilisation or food-contact suitability is required for the application.

5. How does the Burkle Back Pressure Valve compare with the Cole-Parmer Threaded to Hose Barb Fitting, Straight Adapter, PP?

The Burkle fitting is the better fit when its stated thread, nozzle size, seal material or sterilisation features match the existing fluid-transfer setup. Cole-Parmer offers polypropylene threaded-to-hose-barb fittings as a broader tubing connection alternative, so dimensions, material compatibility and the exact connection geometry should drive the choice.