Product overview

The Saint Tygon Tubing 12.7x3.2 mm, Type E-1000, Pack Of 15 Metres is a clear, soft, and flexible tubing option designed for low-torque peristaltic pumps, synthesis and research setups, and vent and drain lines. With Shore A 40 hardness and resistance to corrosive chemicals, it supports reliable fluid handling in laboratory and research applications.

Key Features:

Brand: Saint
Type: Tygon tubing
Dimensions: 12.7x3.2 mm
Type Code: E-1000
Colour: Clear
Hardness: Shore A 40
Application: Suitable for low-torque peristaltic pumps, synthesis and research setups, and vent and drain lines
Temperature Range: -55 °C to 52 °C
Chemical Resistance: Resistant to corrosive chemicals
Food Contact: Meets FDA requirements for food contact
Packaging: Pack of 15 metres

This Saint Tygon tubing is suitable for laboratories requiring flexible, chemical-resistant tubing for low-torque pumping and fluid transfer applications.

Frequently Asked Questions

1. What is the Saint Tygon Tubing 12.7x3.2 mm, Type E-1000, Pack Of 15 Metres used for?

The Tygon tubing is designed for low-torque peristaltic pumps, synthesis and research setups, and vent and drain lines. This tygon tubing format supports routine laboratory work in that application.

2. What are the main specifications of the Tygon tubing?

The main specifications of the Tygon tubing are that the temperature range is -55 °C to 52 °C, the dimensions are 12.7x3.2 mm and the colour is Clear. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the Tygon tubing suitable for low-torque peristaltic pumps, synthesis and research setups, and vent and drain lines?

Yes. The Tygon tubing is suitable for low-torque peristaltic pumps, synthesis and research setups, and vent and drain lines. The product is designed specifically for that type of work when its stated format and operating characteristics match the laboratory requirement. Where chemicals or solvents are involved, confirm that the product material is suitable for the specific substance and conditions before use.