Project Description

40μl Tipped Aluminum Crucible Standard Compare to ME-00027331

Aluminum crucible standard
40 µL crucibles with lid with pin replace to Mettler ME-00027331

Product Serial Number:506

Product details:
1)Material: Aluminum 99.5%
2)Capacity: 40ul
3)Color: nature color

Description:
40ul Aluminum Flat Sample Pan and Lid for ME-00026763
Set: a sample pan and a cover
Qty./Pkg. : 100 each, 400 each.
Crucible base: not flat.

Tip:
Because the melting point of the aluminum crucible is 600℃, the aluminum crucible can only be used in the TGA experiment for low-temperature experiments, and the maximum temperature cannot exceed 600℃.

The heat conduction of aluminum crucible is very good, the crucible arm and the bottom are relatively thin, so the synchronous DSC signal tested is good, and the aluminum crucible can be well sealed.So for those who want to use synchronous heat
If the analyzer tests DSC results and the test temperature is lower than 600℃, the aluminum crucible of this type can be selected.

Basic principle of differential scanning calorimetry:
Differential scanning calorimetry (DSC) is a technique for measuring the relationship between the power difference input to the sample and the reference material and the temperature (or time) under programmed temperature control.The sample and the reference are equipped with independent heaters and sensors, and the whole instrument is monitored by two control circuits.One of them controls the temperature, so that the sample and the reference material are heated or cooled at a predetermined rate;

The other is used to compensate for the difference in temperature between the sample and the reference.
The temperature of the sample and the reference remains the same through a power compensation circuit.Even though?T = 0.When the sample is endothermic, the compensator provides heat to the sample to equalize the temperature of the sample with that of the reference.T = 0).When the sample is exothermic, the compensator will add heat to the reference to make the sample and the reference at the same temperature (?T = 0).The energy compensated is the energy absorbed or released by the sample.The sample and the reference substance are heated by separately controlled electric heating wires. According to the thermal effect in the sample, the input power of these electric heating wires can be continuously adjusted to make the temperature of the sample and the reference substance equal.
Main measuring functions: melting point, specific heat capacity, glass transition temperature, purity, crystallinity and curing degree.

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