Shipping containers are used to transport goods across long
distances through different weather conditions, which can result in humidity
buildup inside the container. This can damage the products inside the
container, causing significant financial losses to the supplier. To prevent
this, desiccants are used to absorb moisture and maintain the dryness inside
the container. This blog will discuss the types of container desiccants
suitable for shipping containers.
Types of Container Desiccants:
Different types of container desiccants are available in the
market, including silica gel, activated clay, molecular sieve, and calcium
chloride. Each type has its unique features and suitability for specific
conditions.
Silica Gel:
Silica gel is a type of container desiccant that is widely
used for shipping containers. It is made up of silicon dioxide and has a high
absorption capacity. Silica gel can absorb up to 40% of its weight in moisture,
making it ideal for humid conditions. It is also available in different sizes
and packaging options to fit various container sizes.
Activated Clay:
Activated clay is another type of container desiccant
suitable for shipping containers. It is made from natural clay and is
chemically activated to increase its moisture-absorbing capacity. Activated
clay can absorb up to 25% of its weight in moisture and is ideal for moderate
humidity conditions.
Molecular Sieve:
A molecular sieve is a synthetic desiccant that is highly
effective in absorbing moisture. It is made up of zeolites, which are
crystalline structures that trap water molecules. A molecular sieve can absorb
up to 20% of its weight in moisture and is suitable for extreme humidity
conditions.
Calcium Chloride:
Calcium chloride is a powerful desiccant that is widely used
in shipping containers. It can absorb up to 300% of its weight in moisture,
making it ideal for high-humidity conditions. Calcium chloride desiccants are
available in different sizes and packaging options to fit various container
sizes.
Suitability for Different Conditions:
Each type of container desiccant is suitable for different
humidity conditions. Silica gel is ideal for humid conditions, while activated
clay is suitable for moderate humidity conditions. A molecular sieve is
effective in extreme humidity conditions, and calcium chloride is ideal for
high humidity conditions.
Conclusion:
In conclusion, choosing the right container
desiccant for shipping containers is essential to prevent moisture
buildup and protect the products inside. Silica gel, activated clay, molecular
sieve, and calcium chloride are all effective desiccants that can absorb
moisture and maintain dryness inside the container. It is essential to choose
the desiccant that is suitable for the specific humidity conditions to ensure
the best protection for the products being shipped.
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