MVE Research RD-1

Article:
Price:
Production:
Description

The MVE Research RD-1 Dewar vessel with a volume of 1 l is specially designed for simple and safe transportation of liquid nitrogen and frozen biological samples within a laboratory, institute, or clinic. It is a “vessel-in-vessel” type tank, which has a screen-vacuum super-insulation of the inter-wall space, providing excellent thermal insulation and long-term preservation of liquid nitrogen.

Distinctive features:

Inner and outer vessels made of stainless steel for the medical and food industries
The inner vessel together with the neck has a cylindrical shape
Wide mouth for easy access to samples
Convenient carrying handle
Lid and stopper not included
Complies with laboratory safety requirements that prohibit the use of glass elements in Dewars

Популярное

 PU-506

PU-506

The withdrawing device PU-506 for transfer liquid nitrogen from Dewar vessels YDS 6L into another container due to small overpressure. Designed for laboratory and industrial applications.
CryoJet C200 Derma (Cryo 6) - cryotherapy apparatus

CryoJet C200 Derma (Cryo 6) - cryotherapy apparatus

Cryojet C200 Derma (Cryo 6) is a device for cooling the skin and mucosa during laser procedures and injections in aesthetic medicine. Areas of application: dermatocosmetology, aesthetic medicine.
Thermos 0.35 l

Thermos 0.35 l

0.35 L thermos from corrosion-resistant steel is designed for short-term storage of liquid nitrogen.
YDS-10-90

YDS-10-90

Dewar flask YDS-10-90 with a volume of 10 l for storing biological samples or liquid nitrogen for a long period of time in a static state.
TS head

TS head

The withdrawing device of TS head type for the Dewar vessels of L2000 Series is intended for overflowing liquid nitrogen from the Dewar vessel to another container. Designed for laboratory and industrial ...
XRP-60/1.5

XRP-60/1.5

Vertical vessel XRP 60 with a capacity of 60 liters under pressure up to 1.5 bar for storage and delivery of liquid nitrogen and argon. For laboratory and industrial applications.