Behr Labor-Technik Reaction Vessel CY 500, with Round Bottom

The Behr Labor-Technik Reaction Vessel CY 500, with Round Bottom is designed for efficient mixing and heating in laboratory reactions. This high-quality vessel is ideal for use in chemical reactions requiring precise temperature control and uniform mixing. With its durable round-bottom design, it ensures optimal heating and stability during experiments. The CY 500 is perfect for labs conducting reactions in controlled conditions and requiring reliable, high-performance vessels.

Key Features:

• Brand: Behr Labor-Technik
• Capacity: 500 ml for larger reaction volumes
• Design: Round bottom for optimal heating and stability
• Material: Durable and high-quality construction for laboratory use
• Application: Ideal for chemical reactions and mixing in laboratory experiments

This reaction vessel is an essential tool for laboratories that require precise and reliable equipment for their chemical processes.

Frequently Asked Questions

1. What is the Behr Labor-Technik Reaction Vessel CY 500, with Round Bottom used for?

It is designed for efficient mixing and heating in laboratory reactions. This high-quality vessel is ideal for use in chemical reactions requiring precise temperature control and uniform mixing. With its durable round-bottom design, it ensures optimal heating and stability during experiments. The CY 500 is perfect for labs conducting reactions in controlled conditions and requiring reliable, high-performance vessels.

2. Is this product suitable for chemical reactions and mixing in laboratory experiments?

Yes. It is designed for chemical reactions and mixing in laboratory experiments, and offers a capacity of 500 ml for larger reaction volumes to support this kind of work.

3. What capacity does this product have?

It has a capacity of 500 ml for larger reaction volumes.

4. What is this product made from and what features does it include?

It is made from durable and high-quality construction for laboratory use. It also offers round bottom for optimal heating and stability.