Product overview

The IKA Single Block DB 5.9 Vials is a precision-engineered block designed for optimal thermal conductivity and secure vial placement. With a diameter of Ø 16.4 mm, it is ideal for laboratory applications requiring accurate temperature control and compatibility with dry block heating systems.

Key Features:

Brand: IKA
Model: DB 5.9
Vial Compatibility: Ø 16.4 mm
Application: Ideal for temperature-controlled experiments in laboratories
Construction: Durable material ensuring efficient thermal conductivity

The IKA Single Block DB 5.9 offers reliable performance for labs focused on precision heating and consistent results.

Frequently Asked Questions

1. What is the IKA Single Block DB 5.9, Vials, Ø 16.4 mm used for?

It is a precision-engineered block designed for optimal thermal conductivity and secure vial placement. With a diameter of Ø 16.4 mm, it is ideal for laboratory applications requiring accurate temperature control and compatibility with dry block heating systems.

2. Is the IKA Single Block DB 5.9, Vials, Ø 16.4 mm suitable for temperature-controlled experiments in laboratories?

Yes. It is designed for temperature-controlled experiments in laboratories, and offers Ø 16.4 mm and durable material ensuring efficient thermal conductivity to support this kind of work.

3. What vial compatibility and construction does the IKA Single Block DB 5.9, Vials, Ø 16.4 mm have?

It has Ø 16.4 mm and durable material ensuring efficient thermal conductivity, and is supplied under manufacturer part number 4470300.

4. What applications is the IKA Single Block DB 5.9, Vials, Ø 16.4 mm suited to?

It is suited to temperature-controlled experiments in laboratories.

5. How does the IKA Single Block DB 5.9, Vials, Ø 16.4 mm compare with the Ohaus Heating Block for Vials 21 mm from Ohaus?

For temperature-controlled experiments in laboratories, the IKA model is the better choice, offering Ø 16.4 mm and durable material ensuring efficient thermal conductivity. The Ohaus model offers fits 21 mm diameter vials and robust design for extended laboratory use as an alternative, while the IKA model's Ø 16.4 mm and durable material ensuring efficient thermal conductivity help make it a strong fit for temperature-controlled experiments in laboratories.