A revolutionary new film that enables anyone to measure heat distribution easily by observing the variation in density and hue.

1. Heat distribution measurement film
THERMOSCALE 200C
Mr. Bernard Genoud
Sales CCTV & Industrial Products
FUJIFILM (Switzerland) AG 1

2. What is Thermoscale200C?
To measure heat distribution easily by observing
the variation in density and hue.
℃Properties℃
150 160 170 180 190 200 210 ℃
Contact for
5 seconds
Contact for
20 seconds
Cyan → Change density → Plus Magenta →
& Change hue
*Above chart is a sample based on the results of a tests performed at Fujifilm.
Before using THERMOSCALE, create a similar chart that is based on the actual measurement conditions.
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3. ℃Structure℃ ℃Specifications℃
℃Sheet type℃
Temperature 150 - 210
range* (Contact time = 5-20 sec)
Size 270mm x 200mm
Sheets 5 sheets
Thickness 0.09mm
℃Roll type℃(Coming soon)
Temperature 150 - 210
range* (Contact time = 5-20 sec)
Size 270mm x 5m
Thickness 0.09mm
*Actual temperature range depends on conditions of use including
contact time, Materials, pressure, and air flow.
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4. ℃Principle℃
℃Reacting color-forming material,
causing an area of color to appear
℃Wall of microcapsule becomes permeable.
Color-developing material penetrates the capsule
℃Color-forming material
dissolves
Microcapsule
Color-forming
material
Color-developing
material
Heat 4

5. ℃Positioning℃
Heat
Distribution
Thermograph
y
Thermoscale
Open Contact
heat heat
Thermocoupl
e
Thermo label
Heat
Point
5

6. Problems about ordinary measurement of heat distribution
℃℃To measure heat distribution
℃℃To measure heat value
℃℃Low resolution
6

7. Problem 1-1
To measure heat distribution
- Several thermocouples
and Power source required
- Need times to prepare
special jig to set up
thermocouples
- Contact condition is
Thermocouples changed by thickness of
attached thermocouples
Power
7
source

8. If use Thermoscale
-Easy operation
No power source required
Cut and fit any dimensions
-Time saving
No special jig required
-Similar to contact condition
Flat and thin film
Thermoscale
8

9. Problem 1-2
To measure heat distribution
Thermography
-Just measure the surface
of target but not measure the
real heat distribution
℃℃℃℃ 9

10. If use Thermoscale
-Reality
Measure the real heat
distribution of target
Thermoscale
℃℃℃℃ 10

11. Problem 2
To measure heat value
Tem per
at e
ur
A
B
Ti e
m
Point A Same ultimate temperature
Point B ℃Center℃
℃Corner℃
But different heat value
℃℃℃℃
11

12. If use Thermoscale
Tem per
at e
ur
A
B
Ti e
m
Heat value (A-B)
Thermoscale Point A
Point B ℃Center℃ -Process control
℃Corner℃
Visualize heat value
℃℃℃℃ 12

13. Problem 3
Low resolution
-Not measure 10µ℃ width
Heat
by thermocouples
10µm
-Not measure several tens of
Work
points all at once
Electronic wiring
Temperature
Heat will be changed according to
the condition of contacted “Work”
℃℃℃℃ 13

14. If use Thermoscale
-High resolution
Visualize several 10µm
℃℃
Thermoscale -High performance
Measure several tens of
Work points all at once
- Design electronic wiring pattern
- Control heat unevenness
10µm
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℃℃℃℃

15. Application Examples
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16. Expected application
Validation of sterilization
Check the heat sealer for packaging of sealable pouches
Thermoscale200C
NG OK
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17. Conclusion
Thermoscale has the following advantages:
• Can be used in a wide range of applications
• Gives accurate results
• Covers a wide temperature range with different film types
• Is simple to handle
The use of Thermoscale Film can accelerate the development
of products in R&D and increases the productivity.
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18. Thank you very much
for your attention!
Distributor for Switzerland:
FUJIFILM (Switzerland) AG
Niederhaslistrasse 12
8157 Dielsdorf
Tel.: +41 (0) 44 855 50 50
industrial@fujifilm.ch
www.fujifilm.ch/industrial
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