Page 3 - Shimadzu DSC-60 Plus Series

High-sensitivity analysis across the entire measured
temperature range

High-Sensitivity Measurements of Trace Samples Structure of the DSC-60 Plus Furnace

DSC
mW
Newly designed the
0.05 thermal resistance Liquid nitrogen
in these parts.
Sample Name:Sulfathiazole
0.005mg
0.00
Heater
Heat transfer plate
Peak Height
−0.08mW
-0.05
Cooling fans
173.9°C
Thermo-uniformity
-0.10
plate
160.0 170.0 180.0
Temp[°C]
Improved the temperature Heat radiating fins
distribution around the
heater.
A stable baseline and S/N performance enable the detection of The new detector and new unique furnace construction
a minute calorimetric change during trace analysis. achieves a noise level of less than 0.5μW, ensuring a stable
baseline.

Rubber and Plastic Materials
In the analysis of rubbers and plastics, which are used in various industries, the DSC-60 Plus enables the detection of a complicated
calorimetric change from low to high temperatures and the evaluation of the features of these materials.
DSC DSC
mW mW
Sample weight : 11.570[mg] Sample weight : 1.150[mg]
2.00
1.00
176.3°C
1.00
145.0°C −41.91J/g
0.00 −34.2°C 0.00
−1.00
−1.00 337.4°C
−2.00
−100.0 −50.0 0.0 50.0 100.0 100.0 200.0 300.0 400.0
Temp [°C] Temp [°C]
Glass Transition of NBR Rubber Measurement of Engineering Plastic (PEEK)
Battery and Electronic Parts
The calorimetric measurement range has been extended three the reactivity of chemical substances with comparatively large
times (compared to previous Shimadzu instruments) to ±150 calorimetric change and for the measurement of the hardening
mW. It offers an adequate dynamic range for the assessment of reactions of adhesives.
DSC DSC
mW mW
100.00
Sample weight : 6.730[mg] Sample weight : 45.450[mg] 135.0°C
10.00 231.2°C
213.8°C 80.00
245.6°C
60.00
5.00
285.5°C
40.00
189.15J/g
-0.00 20.00
200.0 300.0 50.0 100.0 150.0 200.0
Temp [°C] Temp[°C]
Measurement of Battery Material (LiB. Active material) Adhesive Hardening Reaction