Vaccine carriers
are insulated containers made using HDPE (high-density polyethylene),
lined with coolant packs. Vaccine carriers are used to keep vaccines
cold during transportation. The insulating material inside the container
is made of polyurethane which has high mechanical ruggedness, small
weight and high heat insulation properties. Vaccine carriers have a low
volume which makes them easy to carry for health workers during
vaccination campaigns and out-reach services where refrigeration and ice
are not available. Vaccine carriers are designed and manufactured using
WHO guidelines and international standards for storage and transport of
vaccines.
Coolant packs are added to vaccine
carriers as accessories which provide cooling energy for a limited
period. The vaccine storage capacity of the vaccine carrier is 0.1 to 5
litres. Cold life of the vaccine carrier is measured from the moment the
lid is closed and the empty container is stabilised at 43°C and loaded
with ice packs which maintain the container at +5°C for a minimum of 24
hours. The temperature of the water pack is pre-cooled to the
temperature between +2°C and +8°C before use.
The cold chain market is expected to
grow during the forecast period which will lead to the increase of
vaccine carriers market. The increased demand for effective cold chain
solutions in the pharmaceutical sector paves a path for vaccine carriers
market by providing medical help in the remote areas. Vaccine carriers
are an ideal choice for the storage and transportation of vaccines and
diluents to an out-reach service due to its outstanding features such as
high-quality insulating material, light in weight, robustness, and
insulation from external heat environments. Primary drivers of the
vaccine carriers market are reliability, efficiency, easy to handle and
sturdily built properties.
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The vaccine carrier lid provides an
airtight seal to the container protecting the contents from the external
environment. Phase change material (PCM) is a passive cooling storage
alternative for ice packs. Solidly frozen PCM packs hold more cooling
power than ice. PCM packs are ideal to use because they can freeze at a
vaccine-safe temperature of 5°C. The surge in the incidences of
infectious diseases is likely to spur the demand for vaccines which will
help the growth of vaccine carriers market in the coming years.
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