Peter Huber 2-way Valve System M16x1, Temperature Range: -20...+140°C (max 6 Bar at +140°C)

The Peter Huber 2-way Valve System M16x1, Temperature Range: -20...+140°C (max 6 Bar at +140°C) is designed for general laboratory workflows and scientific applications with -20 to +140°C. This Peter Huber laboratory product supports reliable laboratory and scientific workflows.

Key Features:

• Brand: Peter Huber
• Product Type: Laboratory Product
• Temperature Range: -20 to +140°C
• Application: General laboratory workflows and scientific applications

This Peter Huber laboratory product is suitable for laboratories requiring accurate specifications, dependable handling, and consistent day-to-day use.

Frequently Asked Questions

1. What is the Peter Huber 2-way Valve System M16x1 Temperature Range: -20 to +140°C (max 6 Bar at +140°C) used for?

It is designed for general laboratory workflows and scientific applications with -20 to +140°C. This Peter Huber laboratory product supports reliable laboratory and scientific workflows.

2. Is the Peter Huber 2-way Valve System M16x1 Temperature Range: -20 to +140°C (max 6 Bar at +140°C) suitable for General laboratory workflows and scientific applications?

Yes. It is designed for General laboratory workflows and scientific applications, and offers -20 to +140°C to support this kind of work.

3. What temperature range does the Peter Huber 2-way Valve System M16x1 Temperature Range: -20 to +140°C (max 6 Bar at +140°C) have?

It has -20 to +140°C, and is supplied under manufacturer part number 343294.

4. What applications is the Peter Huber 2-way Valve System M16x1 Temperature Range: -20 to +140°C (max 6 Bar at +140°C) suited to?

It is suited to General laboratory workflows and scientific applications.

5. How does the Peter Huber 2-way Valve System M16x1 Temperature Range: -20 to +140°C (max 6 Bar at +140°C) compare with the Rötzmeier Safety Canistervice 5 Ltrs with Fine Dispensing System and Overpressure Valve from Rötzmeier?

For General laboratory workflows and scientific applications, the Peter Huber model is the better choice, offering -20 to +140°C. The Rötzmeier model offers a capacity of 5 liters as an alternative, while the Peter Huber model's -20 to +140°C help make it a strong fit for General laboratory workflows and scientific applications.