Colder ETFE Ferrule for 1/16" Tubing

The Colder ETFE Ferrule for 1/16" Tubing ensures a secure and leak-proof connection for your fluid transfer systems. Made from ETFE, this ferrule offers excellent chemical resistance and durability. It is designed to fit 1/16" tubing and provides reliable sealing and retention, essential for tight, consistent connections in various applications.

Key Features:

• Brand: Colder
• Material: ETFE for chemical resistance and durability
• Size: Designed for 1/16" tubing
• Application: Ideal for secure, leak-proof connections in fluid transfer systems

This ferrule is a crucial component for maintaining strong and reliable connections in various industrial and laboratory systems.

Frequently Asked Questions

1. What is the Colder ETFE Ferrule for 1/16" Tubing used for?

It ensures a secure and leak-proof connection for your fluid transfer systems. Made from ETFE, this ferrule offers excellent chemical resistance and durability. It is designed to fit 1/16" tubing and provides reliable sealing and retention, essential for tight, consistent connections in various applications.

2. Is the Colder ETFE Ferrule for 1/16" Tubing suitable for secure, leak-proof connections in fluid transfer systems?

Yes. It is designed for secure, leak-proof connections in fluid transfer systems, and offers designed for 1/16" tubing to support this kind of work.

3. What size does the Colder ETFE Ferrule for 1/16" Tubing have?

It has designed for 1/16" tubing, and is supplied under manufacturer part number 2419300.

4. What is the Colder ETFE Ferrule for 1/16" Tubing made from?

It is made from ETFE for chemical resistance and durability.

5. How does the Colder ETFE Ferrule for 1/16" Tubing compare with the Bohlender b.safe Tubing Connectors Y iØ 9.0 mm from Bohlender?

For applications where material of ETFE for chemical resistance and durability is required, the Colder ETFE Ferrule for 1/16" Tubing is a strong choice. The Bohlender b.safe Tubing Connectors Y iØ 9.0 mm offers material of Chemically resistant and durable materials, making it a suitable alternative when that specification better matches the application.