SCAT PE Fitting, 3.2 mm OD, Blue

The SCAT PE Fitting, 3.2 mm OD, Blue, UNF1/4" is designed for reliable tubing connection in laboratory solvent handling and HPLC workflows. Made with an integrated ferrule, this fitting supports secure installation and dependable connection performance in compatible SCAT systems.

Key Features:

• Brand: SCAT
• Type: PE fitting
• Outer Diameter: 3.2 mm OD
• Colour: Blue
• Connection: UNF1/4"
• Design: Fitting with integrated ferrule
• Application: Suitable for laboratory solvent handling and HPLC connection workflows

This SCAT PE fitting is suitable for laboratories requiring a blue 3.2 mm OD fitting with integrated ferrule for secure tubing connections.

Frequently Asked Questions

1. What is the SCAT PE Fitting, 3.2 mm OD, Blue, UNF1/4" used for?

The UNF1 is designed for laboratory solvent handling and HPLC connection workflows. This pe fitting format supports routine laboratory work in that application.

2. What are the main specifications of the UNF1?

The main specifications of the UNF1 are that the colour is Blue and the outer diameter is 3.2 mm OD. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the UNF1 suitable for laboratory solvent handling and HPLC connection workflows?

Yes. The UNF1 is suitable for laboratory solvent handling and HPLC connection workflows. One relevant feature is that the design is Fitting with integrated ferrule, which supports use in that type of laboratory workflow. Where chemicals or solvents are involved, confirm that the product material is suitable for the specific substance and conditions before use.

4. How does the UNF1 connect to other equipment?

The UNF1 uses UNF1/4". This is the main connection detail to match with the rest of the laboratory setup.

5. How does the SCAT PE Fitting, 3.2 mm OD, Blue, UNF1/4" compare with Waters products?

The SCAT PE Fitting, 3.2 mm OD, Blue, UNF1/4" and Waters chromatography products can support similar separation workflows, but they are not automatically interchangeable. Choose the UNF1 when its stated column, material, particle or connection specifications match the method. Compare Waters when the method requires a different stationary phase or hardware format.