Hamilton PTFE-tubing 1/8"x50cm

The Hamilton PTFE-tubing 1/8"x50cm is an essential component for fluid transfer in laboratory applications. Made from premium PTFE material, this tubing offers excellent resistance to a wide range of chemicals and is suitable for both high and low-temperature environments. The 1/8" diameter and 50cm length make it a versatile choice for various fluid handling tasks.

Key Features:

• Brand: Hamilton
• Material: High-quality PTFE for superior chemical and thermal resistance
• Dimensions: 1/8" diameter, 50 cm length
• Applications: Ideal for laboratory fluid transfer, chemical processing, and precise fluid handling

This Hamilton PTFE-tubing 1/8"x50cm offers the durability and reliability required for your fluid handling applications.

Frequently Asked Questions

1. What is the Hamilton PTFE-tubing 1/8"x50cm used for?

It is an essential component for fluid transfer in laboratory applications. Made from premium PTFE material, this tubing offers excellent resistance to a wide range of chemicals and is suitable for both high and low-temperature environments. The 1/8" diameter and 50cm length make it a versatile choice for various fluid handling tasks.

2. Is the Hamilton PTFE-tubing 1/8"x50cm suitable for laboratory fluid transfer, chemical processing, and precise fluid handling?

Yes. It is designed for laboratory fluid transfer, chemical processing, and precise fluid handling, and offers dimensions of 1/8" diameter, 50 cm length to support this kind of work.

3. What dimensions does the Hamilton PTFE-tubing 1/8"x50cm have?

It has dimensions of 1/8" diameter, 50 cm length, and is supplied under manufacturer part number 20941.

4. What is the Hamilton PTFE-tubing 1/8"x50cm made from?

It is made from high-quality PTFE for superior chemical and thermal resistance.

5. How does the Hamilton PTFE-tubing 1/8"x50cm compare with the Deutsch & Neumann PTFE Tubing (Ext. 6.50 mm Int. 4.50 mm, 1.00 mm Wall, 260°C, White) from Deutsch & Neumann?

For laboratory fluid transfer, chemical processing, and precise fluid handling, the Hamilton model is the better choice, offering dimensions of 1/8" diameter, 50 cm length. The Deutsch & Neumann model offers an inner diameter (int.) of 4.50 mm, an outer diameter (ext.) of 6.50 mm and a wall thickness of 1.00 mm as an alternative, while the Hamilton model's specification suits laboratory fluid transfer, chemical processing, and precise fluid handling.