SCAT Blind Plug for Capillary Connection, UNF 1/4" 28G, Colorless, Pack of 5

The SCAT Blind Plug for Capillary Connection, UNF 1/4" 28G, Colorless, Pack of 5 is designed for securely sealing capillary connections in laboratory systems. Made from high-quality, colorless material, these blind plugs ensure that no contamination occurs, providing a reliable seal in sensitive applications. The UNF 1/4" 28G thread size ensures compatibility with a variety of lab equipment, making it ideal for sealing unused connections or preventing leaks in capillary systems.

Key Features:

• Brand: SCAT
• Thread Size: UNF 1/4" 28G for compatibility with most laboratory equipment
• Material: Colorless material to avoid interference with sample analysis
• Packaging: Pack of 5 blind plugs for sealing capillary connections
• Application: Ideal for sealing unused capillary connections in laboratory setups

The SCAT Blind Plug for Capillary Connection ensures a secure and reliable seal for capillary systems, preventing leaks and contamination in sensitive laboratory environments.

Frequently Asked Questions

1. What is the SCAT Blind Plug for Capillary Connection, UNF 1/4" 28G, Colorless, Pack of 5 used for?

It is designed for securely sealing capillary connections in laboratory systems. Made from high-quality, colorless material, these blind plugs ensure that no contamination occurs, providing a reliable seal in sensitive applications. The UNF 1/4" 28G thread size ensures compatibility with a variety of lab equipment, making it ideal for sealing unused connections or preventing leaks in capillary systems.

2. Is this product suitable for sealing unused capillary connections in laboratory setups?

Yes. It is designed for sealing unused capillary connections in laboratory setups, and offers UNF 1/4" 28G for compatibility with most laboratory equipment to support this kind of work.

3. What thread size does this product have?

It has UNF 1/4" 28G for compatibility with most laboratory equipment.

4. What is this product made from?

It is made from colorless material to avoid interference with sample analysis.