Transport series liquid nitrogen container

Product Description:

 Transportation YDS series liquid nitrogen container is an economical small liquid nitrogen container,

which mainly provides a good choice for users who need short-distance transportation. This series is

made of high-strength lightweight aviation aluminum and It contains multiple supporting structures to

ensure the safe transportation of the container and the low volatilization rate of liquid nitrogen. It has the

advantages of being resistant to dumping and suitable for long-distance transportation.

Features:

1. Made of high-strength aviation aluminum.

2. Have a special shock structure, strong and durable.

3. Numbered canisters for easy identification and independent access to samples.

4. Equipped with a protective bag to avoid product bumps.

5. Optional lock cover to protect the safety of stored samples.

6. High vacuum multi-Iayer insulation design, providing no less than five years vacuum warranty.

Product Parameter:

Note

1. The values of geometric volume, height, outer diameter, diameter, etc. stated in all the tables in this brochure are actual measured values. Due to the influence of factors such as measuring instruments and the environment, there may be errors, and the error range shall not exceed +/-3%

2. Static liquid nitrogen preservation period: Under the standard state (atmospheric pressure of 101.325 kPa and ambient temperature of 20℃), after the container is filled with liquid nitrogen for pre-cooling and reaches thermal equilibrium, and when the filling rate of liquid nitrogen reaches 100%, it refers to the number of days when the liquid nitrogen is left static until it is completely evaporated

3. Static evaporation rate: Under the specified filling rate of the container, after it is left static to reach thermal equilibrium, it is the percentage of the mass of liquid nitrogen lost by natural evaporation within24 hours to the mass of liquid nitrogen contained in the effective volume of the inner liner. It is converted into the evaporation rate value under the standard state (atmospheric pressure of 101.325 kPa and ambient temperature of 20℃)