KGW Isotherm Dewar flask type 30/4 C 4 ltr, blue coated metal case, Carrying handle, cylindrical shape

The KGW Isotherm Dewar flask type 30/4 C 4 ltr is a high-quality vacuum container designed for the safe handling and storage of cryogenic materials. Featuring a durable blue-coated metal case and a convenient carrying handle, this cylindrical-shaped flask is ideal for laboratory environments requiring robust and reliable thermal insulation. Manufactured by KGW Isotherm, this Dewar flask ensures long-lasting performance and user-friendly operation.

Key Features:

• Brand: KGW Isotherm
• Capacity: 4 litres
• Design: Cylindrical shape with blue-coated metal casing
• Portability: Equipped with a carrying handle for easy transport
• Application: Suitable for handling and storing cryogenic substances
• Build Quality: Durable construction for reliable performance in lab settings

This Dewar flask from KGW Isotherm is ideal for laboratories and research facilities needing secure, efficient cryogenic storage solutions.

Frequently Asked Questions

1. What is the KGW Isotherm Dewar flask type 30/4 C 4 ltr, blue coated metal case, Carrying handle, cylindrical shape used for?

It is a high-quality vacuum container designed for the safe handling and storage of cryogenic materials. Featuring a durable blue-coated metal case and a convenient carrying handle, this cylindrical-shaped flask is ideal for laboratory environments requiring robust and reliable thermal insulation. Manufactured by KGW Isotherm, this Dewar flask ensures long-lasting performance and user-friendly operation.

2. Is this product suitable for handling and storing cryogenic substances?

Yes. It is designed for handling and storing cryogenic substances, and offers a capacity of 4 litres to support this kind of work.

3. What capacity does this product have?

It has a capacity of 4 litres.

4. What design and portability does this product offer?

It offers cylindrical shape with blue-coated metal casing, a carrying handle for easy transport and durable construction for reliable performance in lab settings.