Vacuubrand Vacuum Tubing DN 25 PTFE With KF, 1000 mm

The Vacuubrand Vacuum Tubing DN 25 is constructed from high-quality PTFE and fitted with KF connections, providing exceptional chemical resistance and secure integration into vacuum systems. Measuring 1000 mm in length, this tubing is ideal for demanding laboratory and industrial applications where purity, durability, and vacuum integrity are critical. The KF flanges ensure a tight, reliable seal for efficient and leak-proof performance.

Key Features:

• Brand: Vacuubrand
• Type: Vacuum tubing with KF flanges
• Material: PTFE for excellent chemical resistance
• Size: DN 25, 1000 mm length
• Application: Suitable for high-performance lab and industrial vacuum systems
• Connection: KF flanged ends for secure sealing

This Vacuubrand PTFE vacuum tubing is a reliable solution for precision vacuum setups requiring superior resistance to chemicals and optimal system integrity.

Frequently Asked Questions

1. What is the Vacuubrand Vacuum Tubing DN 25 PTFE With KF, 1000 mm used for?

It is constructed from high-quality PTFE and fitted with KF connections, providing exceptional chemical resistance and secure integration into vacuum systems. Measuring 1000 mm in length, this tubing is ideal for demanding laboratory and industrial applications where purity, durability, and vacuum integrity are critical. The KF flanges ensure a tight, reliable seal for efficient and leak-proof performance.

2. Is this product suitable for high-performance lab and industrial vacuum systems?

Yes. It is designed for high-performance lab and industrial vacuum systems, and offers vacuum tubing with KF flanges and DN 25, 1000 mm length to support this kind of work.

3. What type and size does this product have?

It has vacuum tubing with KF flanges, DN 25, 1000 mm length and KF flanged ends for secure sealing.

4. What is this product made from and what features does it include?

It is made from PTFE for excellent chemical resistance. It also offers chemically resistant PTFE and antistatic according to BS 2050:1978*, 7 Ohm resistance between inside and flanges to prevent formation of electrostatic charges inside and outside, as required for ATEX applications.