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| Although stainless steel is used in various
fields because it is excellent in corrosion proof, strength,
hygiene, maintenance and appearance, it has not been common
in the application where the heat conductivity counts because
its heat conductivity is inferior to ordinary steel. However,
"Stainless steel Heatlane™ plate" has higher
heat conductivity of approximately 120 times than original material
(approximately 5 times of silver which is the metal having the
highest heat conductivity), while maintaining the features of
stainless steel. Therefore, it is expected to be used in various
applications such as heating, warm keeping or cooling where
thermal control is required. |
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| Heatlane™ plate
made of stainless steel |
| While maintaining features of
stainless steel, high heat conductivity as much as 5 times of
silver is achieved. |
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| *The picture shows the internal
structure. |
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| What is Heatlane™ high
heat conductive device? |
| Heatlane™
technology can be applied to various materials including
aluminum, copper, stainless steel and titanium. For example,
if Heatlane™ technology is applied to a stainless steel
plate, which is considered as very low heat conductive
material, it is turned into the higher heat conductive
material than copper, maintaining features of stainless
steel such as high corrosion proof, hygiene, and maintenance-free. |
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| Features |
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Quick heating, warm keeping and quick cooling are easy. |
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Due to high heat conductivity, larger energy saving
than ordinary stainless steel products is achieved (enegy
ssaving of 60 ~ 70%). |
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By adopting stainless steel, excellent performance in anti-corrosion, hygiene, maintenance and appearance was achieved. |
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| Thermal conductivity |
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Thermal conductivity in heat transfer direction: 2000W/m*K
(4.8 times of silver, 5.1 times of copper, 117 times of
SUS304) |
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| Material |
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SUS304, SUS304L, SUS316, SUS316L (applicable to other
metal material such as titanium) |
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| Dimensions |
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| Flat plate shape: |
Past experience Max 400mm x Max 800mm |
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(Pipe shape is also available. Consult us for
other dimensions and shapes) |
| Plate thickness: |
1.6mm and more |
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| Applications |
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Food, cooking, medical, hygiene, chemical, etc |
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| Other industrial applications |
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| Stainless steel Heatlane™ plate thermal conductivity
visualization test |
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Heatlane™ plate made of SUS304 stainless
steel |
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Aluminum plate (A1050P) |
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SUS304 stainless steel plate |
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Non-oxygen copper plate (C1020) |
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Sample dimensions 50 x 200 x 2t (common) |
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Power dissipation 60W |
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Heat absorption portion temperature 50oC |
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Temperature distribution analysis:
Cooperated
by Engineering Research & Development Laboratories,
Teijin LTD. |
Click on the image to
see further details |
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Image of a thermo graph approximately 20 minutes after the
input.
It is noted that the Stainless steel Heatlane™ plate is
conducting heat better than copper. |
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