INOXCVA Cryogenic Storage Solutions: Ensuring Sample Integrity and Safe Transportation - PowerPoint PPT Presentation

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INOXCVA Cryogenic Storage Solutions: Ensuring Sample Integrity and Safe Transportation

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In the realm of cryogenic storage, specialized cryogenic containers engineered for maximum durability and resistance play a crucial role. These cryogenic containers are specifically designed to maintain the integrity of samples at extremely low temperatures. Read More information:- – PowerPoint PPT presentation

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Title: INOXCVA Cryogenic Storage Solutions: Ensuring Sample Integrity and Safe Transportation


1
INOXCVA Cryogenic Storage Solutions Ensuring
Sample Integrity and Safe Transportation
2
  • In the realm of cryogenic storage, specialized
    cryogenic containers
  • engineered for maximum durability and resistance
    play a crucial role. These
  • cryogenic containers are specifically designed to
    maintain the integrity of
  • samples at extremely low temperatures.
  • When it comes to the professional shipping of
    frozen samples, liquid-nitrogen
  • tanks, often referred to as vapor shippers, prove
    indispensable. These
  • cryogenic containers offer a reliable means to
    keep samples frozen during
  • transit, facilitating their safe movement from
    one location to another.

3
  • The design of these shipping containers
    prioritizes the secure transportation
  • of samples. Constructed from lightweight yet
    robust aluminum, they
  • incorporate a hydrophobic compound that absorbs
    liquid nitrogen, ensuring
  • dry and spill-free vapor-phase shipping. This
    design feature allows samples to
  • be shipped with a non-hazardous classification,
    not only reducing costs but
  • also guaranteeing the viability of the samples
    throughout their journey.

4
  • 1. Understanding Cryogenics
  • Cryogenics delves into the behavior of materials
    at exceedingly low temperatures.
  • While the transformation of water from a liquid
    to a solid occurs at 0 degrees Celsius,
  • cryogenic temperatures plummet far below, ranging
    from -150 degrees to 273 degrees
  • Celsius.
  • 2. Decoding Cryogenic Containers
  • Cryogenic containers represent double-walled
    vacuum vessels equipped with multi-
  • layer insulation in the annular space. Their
    primary purpose is to ensure the reliable and
  • secure transportation of frozen samples.

5
  • 3. The Composition of Cryogenic Containers
  • These cryogenic containers are crafted from alloy
    aluminum foam, featuring
  • characteristics such as variable porosity,
    variable density, high surface area
  • to unit volume, isotropic load response, and
    variable stress-strain properties.
  • 4 .Ideal Fit for Liquid Nitrogen Containers
  • Only impact-resistant containers capable of
    withstanding the extreme cold
  • associated with liquid nitrogen can safely hold
    this substance. Materials like
  • carbon, steel, plastic, and rubber become brittle
    at such frigid temperatures. It
  • is imperative to use containers that are proven,
    approved, and certified for
  • transporting liquid nitrogen to mitigate risks.

6
  • 5. Unveiling Liquid Nitrogen
  • Liquid nitrogen, a cornerstone in the cryogenics
    industry, represents a liquid form of
  • nitrogen (N2) gas. It is characterized by its
    inert, colorless, odorless, non-corrosive, and
  • extremely cold nature, as well as its
    flammability.
  • 6. The Refrigeration of Liquid Nitrogen
  • Due to its extraction from the atmosphere, liquid
    nitrogen is cost-effective and
  • typically requires minimal to no refrigeration.
    Stored in insulated containers known as
  • Dewars, it is allowed to naturally boil away. In
    laboratory settings, liquid nitrogen is used
  • while in a boiling state, maintaining a
    temperature of approximately -195.95 degrees
  • Celsius.

7
  • 7. Demystifying Dewar Containers
  • Cryogenic dewars, possessing a double-walled
    vacuum-jacketed structure, excel in
  • maintaining the insulation of cryogenic liquids,
    preventing them from transitioning into
  • a gaseous state. It is worth noting that any
    vacuum-insulated container, ranging from
  • small open-mouth flasks to large pressurized
    cylinders, can technically be referred to as
  • a Dewar.

8
  • 8 . Monitoring Temperatures within Containers
  • To ensure continuous temperature monitoring,
    modern containers come
  • equipped with temperature loggers and devices for
    temperature level control
  • and data recording. These loggers are specially
    designed for precise
  • measurements at ultra-low temperatures,
    maintaining a regular record of
  • temperature data within the container.
  • INOXCVA has been in the business of manufacturing
    cryogenic industry-
  • specific cryogenic containers globally for
    decades now! Get in touch with us if
  • you are looking for tried and tested cryogenic
    containers that meet global
  • standards!

9
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