Customised cryogenic engineering for every project

Tertampera Tur Lange Bente Cleo Gnich Contena The temperature range of cryogenic vessels is not fixed, but is designed according to the specific application requirements. In general, the temperature of cryogenic containers can be as low as minus hundreds of degrees Celsius or even lower. For example, ultra-low temperature containers are usually stored at temperatures below -150°C, and are often used in medicine, biological research, and other fields. In addition,

The safety technical measures for cryogenic containers mainly include the following aspects to ensure the safety of personnel and equipment: Material Selection & Quality Control The selection of cryogenic container materials is the key, and it is necessary to choose the appropriate low-temperature steel according to the use temperature, such as low-carbon (carbon content less than 0.25%) carbon-manganese steel, medium nickel steel, chromium-nickel austenitic steel, etc. Steel procurement should be

A cryogenic container is a container used to store or transport a liquid gas or refrigerant, as defined below: Functions and Classification Cryogenic container is a general term for the equipment for storing and transporting cryogenic liquids, and is customarily divided into small dewars, storage tanks, tankers, tankers, etc. In industry, the liquefied gases stored and transported include liquefied natural gas, liquid oxygen, liquid nitrogen, liquid hydrogen, liquid helium and

The temperature range at which cryogenic containers can be used can be tailored to different applications and needs, but can generally be grouped into the following main categories: Ultra-low temperature containers: The operating temperature range is generally below -196°C, which is especially suitable for the storage of substances that require a very low temperature environment, such as liquid nitrogen, liquid oxygen, etc. These containers are often used in medicine, biological

There are several factors involved in the price calculation of cryogenic containers, and here is a clear summary of some of the main factors that affect the price of cryogenic containers and how they are calculated: Container Specifications and Capacity: The price of cryogenic containers is closely related to its size and capacity in the first place. Generally speaking, the price of containers with larger capacity and higher specifications will

The temperature range of a cryogenic container depends mainly on the nature of the substance being stored and the design and manufacturing materials of the container. In general, cryogenic containers can have a very wide range of temperatures, from near absolute zero to tens of degrees below zero Celsius. Here are some common cryogenic container temperature ranges: Liquid nitrogen containers: The boiling point of liquid nitrogen is about -196°C at

When choosing a cryogenic vessel, the parameters and relevant information to consider include the following: Design Temperature: The design temperature of a cryogenic container is usually determined based on the nature of the substance being stored. For example, liquid nitrogen, liquid oxygen, etc., need to be stored at extremely low temperatures, so the temperature range of cryogenic containers is generally between -196°C and -80°C. For the storage of medical materials

There are two main types of cryogenic storage: refrigerated and frozen. Here is a detailed explanation of both types: Refrigeration Refrigeration usually refers to keeping items at low temperatures above freezing, generally between 0°C and 10°C. This type of storage is suitable for foods and items that need to be kept fresh but do not need to be completely frozen, such as vegetables, fruits, dairy products and some medicines. Refrigeration

The temperature range for cryogenic storage is usually set to meet the preservation needs of a particular item. In general, the temperature for cryogenic storage is between -18°C and -25°C. This temperature range is widely regarded as an effective temperature to deter microbial and yeast activity and ensure food safety and quality. Food safety and microbial activity In this temperature range, the oxidation rate of food is slowed down and

Storing cryogenic liquids requires special equipment and measures to ensure the stability and safety of the liquid. Here are some of the key steps and points to store cryogenic liquids: Choosing the right cryogenic container The container should have sufficient capacity and a suitable structure to store the required cryogenic liquids. The container should be made of a low-temperature, corrosion-resistant material, such as stainless steel. The container should have good

Cryogenic containers are equipment for storing and transporting cryogenic liquids, and their working principle mainly relies on insulation materials and vacuum layers to reduce heat conduction and radiation to keep the liquid at a low temperature. The following are the main principles of cryogenic container operation: Insulation The shell of a cryogenic container is usually composed of multiple layers of insulation materials with low thermal conductivity, such as polyurethane foam,

The choice of material for a cryogenic reactor is critical to its performance and service life. The following are common low-temperature reactor materials and their characteristics: Stainless steel SUS304 Stainless Steel This is a stainless steel material with excellent corrosion resistance and weldability. Its main components are Cr, Ni and C, etc., which have good acid, alkali resistance and corrosion resistance, and are suitable for most laboratory reaction experiments. SUS316