DWK Duran Laboratory Valve, PUNDURA-NOVA-Duran, 90° Bore 2.5 mm

The DWK Duran Laboratory Valve, PUNDURA-NOVA-Duran, with a 90° bore of 2.5 mm, is designed for precise fluid control in laboratory applications. Constructed from Duran borosilicate glass, this valve is highly resistant to chemicals and offers outstanding durability. The 90° bore design ensures smooth and efficient flow direction changes, making it ideal for experiments and processes that require controlled fluid flow in multiple directions. Perfect for use in filtration systems, chemical reactions, and other laboratory applications.

Key Features:

• Brand: DWK Duran
• Material: Duran borosilicate glass for exceptional chemical resistance and durability
• Bore Design: 90° bore for controlled fluid flow in different directions
• Bore Size: 2.5 mm for precise fluid control
• Application: Ideal for laboratory experiments requiring fluid direction control and efficient fluid flow
• Compatibility: Compatible with various laboratory equipment for versatile use

The DWK Duran PUNDURA-NOVA-Duran laboratory valve with a 90° bore ensures precise, reliable fluid control in laboratory settings, making it an indispensable tool for scientific applications.

Frequently Asked Questions

1. What is the DWK Duran Laboratory Valve, PUNDURA-NOVA-Duran, 90° Bore 2.5 mm used for?

It is designed for precise fluid control in laboratory applications. Constructed from Duran borosilicate glass, this valve is highly resistant to chemicals and offers outstanding durability. The 90° bore design ensures smooth and efficient flow direction changes, making it ideal for experiments and processes that require controlled fluid flow in multiple directions. Perfect for use in filtration systems, chemical reactions, and other laboratory applications.

2. Is the DWK Duran Laboratory Valve, PUNDURA-NOVA-Duran, 90° Bore 2.5 mm suitable for laboratory experiments requiring fluid direction control and efficient fluid flow?

Yes. It is designed for laboratory experiments requiring fluid direction control and efficient fluid flow, and offers a bore design of 90° bore for controlled fluid flow in different directions and a bore size of 2.5 mm for precise fluid control to support this kind of work.

3. What bore design and bore size does the DWK Duran Laboratory Valve, PUNDURA-NOVA-Duran, 90° Bore 2.5 mm have?

It has a bore design of 90° bore for controlled fluid flow in different directions and a bore size of 2.5 mm for precise fluid control, and is supplied under manufacturer part number 286056605.

4. What is the DWK Duran Laboratory Valve, PUNDURA-NOVA-Duran, 90° Bore 2.5 mm made from and what features does it include?

It is made from duran borosilicate glass for exceptional chemical resistance and durability. It is compatible with various laboratory equipment for versatile use. It also offers media only come into contact with Duran® glass and PTFE and unscrewing protection prevents absolute unscrewing of the valve pin.

5. How does the DWK Duran Laboratory Valve, PUNDURA-NOVA-Duran, 90° Bore 2.5 mm compare with the Lenz-Laborglas Spare Keys for One-Way Plug Valve DURAN, BISTABIL, Solid, with Safety Device from Lenz-Laborglas?

For laboratory experiments requiring fluid direction control and efficient fluid flow, the DWK model is the better choice, offering a bore design of 90° bore for controlled fluid flow in different directions and a bore size of 2.5 mm for precise fluid control. The Lenz-Laborglas model offers a safety device for enhanced protection as an alternative, while the DWK model's media only come into contact with Duran® glass and PTFE and unscrewing protection prevents absolute unscrewing of the valve pin help make it a strong fit for laboratory experiments requiring fluid direction control and efficient fluid flow.