Burkle Stopcock, 3/4" Union Nut

The Burkle Stopcock (3/4" union nut) is a tight-closing, smooth-running flow fitting that suits G 3/4" screw threads. Pressure proof to 2 bar at 20 degrees C and food safe, it is built for reliable liquid control in sampling and dispensing applications.

Key Features:

• Brand: Burkle
• Type: Stopcock
• Connection: 3/4" union nut
• Pressure rating: Up to 2 bar at 20 degrees C
• Thread: Fits G 3/4" screw threads
• Food safe: Yes
• Operation: Tight-closing and smooth-running

This fitting is a dependable component for laboratory and industrial liquid-handling setups.

Frequently Asked Questions

1. What is the Burkle Stopcock, 3/4" Union Nut used for?

It is a tight-closing, smooth-running flow fitting that suits G 3/4" screw threads. Pressure proof to 2 bar at 20 degrees C and food safe, it is built for reliable liquid control in sampling and dispensing applications.

2. Is the Burkle Stopcock, 3/4" Union Nut suitable for connecting compatible laboratory components with matching dimensions or interfaces?

Yes. It is designed for connecting compatible laboratory components with matching dimensions or interfaces, and offers a connection of 3/4" union nut and a pressure rating of up to 2 bar at 20 degrees C to support this kind of work.

3. What connection and pressure rating does the Burkle Stopcock, 3/4" Union Nut have?

It has a connection of 3/4" union nut and a pressure rating of up to 2 bar at 20 degrees C, and is supplied under manufacturer part number 0525-7000.

4. What type and thread does the Burkle Stopcock, 3/4" Union Nut offer?

It offers stopcock, fits G 3/4" screw threads, yes and tight-closing and smooth-running.

5. How does the Burkle Stopcock, 3/4" Union Nut compare with the Peter Huber Adapter M16x1 Male to 1/2" Female from Peter Huber?

For applications where pressure rating of Up to 2 bar at 20 degrees C is required, the Burkle Stopcock, 3/4" Union Nut is a strong choice. The Peter Huber Adapter M16x1 Male to 1/2" Female offers pressure rating of Optimized for the pump pressures common in laboratory-scale thermoregulation, making it a suitable alternative when that specification better matches the application.