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INSULATION |
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- Temax
insulation
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Standard
materials
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- TEMIN-1 (0,5cm)
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- TEMIN-2 (1cm)
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- TEFOAM (1,5cm)
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- TEMAX2000
(2cm)
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- TEMAX4000
(4cm)
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- Tailor
made
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Protection
against cold or heat
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USAGE |
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Food products |
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- Chilled food products |
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- Fozen food products |
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Pharmaceuticals |
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- + 2°C to +8°C goods |
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- +15°C to +25°C goods |
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- +2°C to +25°C goods |
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- Chemicals |
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Etc... |
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Krautz
Bvba is a Belgian company which specialises in the
development and production of unique insulation for the
transport, logistics and packaging of goods. All the products are tailor
made according insulation quality, dimensions, etc...
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You are here :
Home
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Insulation
TEMAX |
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Insulation
material TEMAX
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"TEMAX"
is a wordwide protected Trademark and is being produced in
our own production faccilities
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| What
is the Temax insulation? |
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Temax
is a high quality insulation material which
is flexibel and produced in a composition of
multiple layers so it functions on cavity
wall insulation techniques. Together with
these multiple layers, reflection layers are
added so the combination results in a very
high insulation quality. The Temax
insulation has a very light weight, is easy
to use and can be cut to the wanted sizes.
The Temax insulation is water resistant and
leaves no condensation, even with very
extreme temperatures. The Temax insulation
can be tailor made according insulation
quality or thickness, dimensions or
specified wishes. |
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Ecological characteristics
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As
the Temax4000 is mostly used as a one-way-packaging,
the material proportions have been developed and
produced in such a way, that the base materials and
needed thermal capacity per current meter, are
adjusted to complement each other. This explains the
reason why the material is rather vulnerable against
extreme frictions or penetrations. The films undergo
also a special treatment, so that they are vulnerable
to UV-radiation. As a result the Temax foils are
biological degradable after a couple of years of
exposure to sunlight. Temax4000 is also 100%
recyclable so no special waste flow or waste
management is needed in the disposal of the foils
after usage
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| Insulation
specifications |
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The
largest heat transfers between spaces with a
different temperature occur due to three
aspects: UV-radiation, conduction and
convection. If an insulator wants to have a
high insulation quality, the material must
offer resistance against these three aspects: |
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UV-radiation = 75% of heat transfer |
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Conduction = heat transfer through the
material |
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Convection = heat transfer through air
current or air flow |
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| TEMAX
insulation
on rolls |
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Tailor
made productions possible |
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| TEMAX2000 =
thickness 2cm |
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R-value
= 2,37m²K/W |
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Roll : width 1,2m
x length 12,5m |
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Roll : width 2,0m
x length 10,0m |
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| TEMAX4000 =
thickness 4cm |
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R-value
= 3,47m²K/W |
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Roll : width 0,6m
x length 12m |
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Roll : width 1,2m
x length 12,5m |
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Roll : width 2,0m
x length 10,0m |
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| TEMAX4000+ =
thickness 4cm + tape |
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R-value
= 3,47m²K/W |
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Roll : width 1,2m
x length 12,5m |
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Roll : width 2,0m
x length 10,0m |
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!! TEMAX4000W300 =
thickness 5,5cm |
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1.
Temax4000 versus UV radiation
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To
offer resistance against the most important element of
the warmth transfer, UV radiation, a special
reflective film was developed, which has a reflecting
capacity of 98%. On this special reflection film the
reflection takes place on both sides of the film.
Effective reflection can only happen when the
reflective film is not in direct contact with an outer
material or the product that is being packed. To
protect against the possible reflection blockades by
direct contact,
the Temax 4000 insulation has bubble foils on
the inside and outside that keep an ideal distance
between the packed products (or outer material) and
the reflection film. This results in a maximum
reflection capacity. |
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2.
Temax4000 versus Conduction
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Conduction
is heat transfer through the material which depends on the
raw material composition of the material in itself.
Therefore for reducing the conduction a material is chosen
with a lambda value as low as possible for decreasing the
temperature flow in each material layer. The Temax 4000 is
built of 14 layers; these 14 layers are separately put on
each other and not fixed to each other. Air between these
layers becomes an insulator and also a separator of heat
transfer between the several layers. These
layers are put on a specific order and direction on each
other for reducing enormous the surface contact between the
upper and the lower layers, whereby heat transfer between
these layers are reduced.
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3.
Temax4000 versus convection
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Convection
is heat transfer by air current. Warmth rises and cold falls
whereby heat transfer arises on the lower and upper layers.
This is reduced by air which is captured in the individual
bubbles of the bubble film. These individual bubble
dimensions are precisely produced so that each bubble has a
optimal internal air flow and circulation. All air bubbles
on the layers or films are produced with a certain gap for
avoiding heat transfer between the several air bubbles.
Hereby the convection warmth of one bubble can’t influence
another neighbor bubble. Heat or cold created by convection
can easily escape through the several separated layers of
bubble film whereby the individual bubbles can obtain there
own temperature. This
technology also helps decreasing eventual condense which is
a common problem with other insulations products.
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Reflection
insulation or accu insulation
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When
we talk about insulation, two types
of insulation can be used. A
reflection or battery insulation. A battery
insulation is a well known
insulator which is being used in
houses and buildings. A disadvantage
of a battery insulator is that it
takes on an own temperature and
releases it to the products or the environment. If for example the
insulator has a temperature of
+20°C it will transfer this
temperature to the products or the
surrounding environment. This is nit
the case with a reflection
insulator. A reflection insulator
does not take any temperature and
reflects the temperature of the
products of the surrounding environment. This means that a
reflection insulator will not take
as much energy as an battery insulator
to create an other temperature.
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Field
test:
If you want to test the difference
between both insulators, just put a
peace of them in the freezer. Next
put your hand on the battery insulator.
You will notice that your hand will
be feeling cold for a very long
time. If you place your hand on the
reflection insulator you will notice
that it will only feel cold for a
few seconds. This seeing the
reflection insulator will reflect
the temperature of your hand.
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According
to the encyclopedia
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What is insulation ? Wikipedia
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What is reflection ? Wikipedia
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Minimal to
no condensation
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The
unique insulation quality of the
Temax has an extra advantage
regarding the condensation. Tests have
shown that only a minimal of condensation
is being formed with extreme
temperature differences.
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