Project Description

  • Standard DSC Sample Pans and Lids
  • Standard DSC Sample Pans and Lids
  • Standard DSC Sample Pans and Lids

Standard Aluminum Pans | DSC Sample Pans for TA instruments 900786.901 900779.901

Wholesale High quality DSC sample pans for TA instruments Q10/Q100, belong to Standard Series DSC Sample Pans and Lids.

Product Serial Number:511

Product details:
1)Material: Aluminum 99.5%
2)Pkg.: Standard Aluminum Pans*, DSC (pkg. of 200)
3)Color: nature color

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Description:
Standard Aluminum Pans | DSC Sample Pans for TA instruments 900786.901 900779.901
Each sample pan and cover has an operating range of -180° to 600 °C

Function of DSC Sample Crucibles and Lids:
Standard Aluminum Sample Pan/Lid can be used with nonvolatile solid samples, such as plastics and polymers, and are routinely used for applications such as polymer melting, crystallization, glass transitions of polymers, thermoplastics, and thermosets.

Common thermal analysis methods and the corresponding thermal analysis crucibles
I. Thermogravimetric method (TG) or microbusiness thermogravimetric analysis (DTG).

II. Differential Thermal Analysis (DTA).

III. Differential Scanning Calorimetry (DSC).
Basic principles of differential scanning calorimetry.
Differential Scanning Calorimetry is a technique for measuring the power difference between the input to the specimen and the reference in relation to temperature (or time) at a programmed temperature.

The specimen and reference have separate heaters and sensors, and the entire instrument is monitored by two control circuits. One controls the temperature so that the specimen and the reference are warmed up or cooled down at a predetermined rate; the other compensates for the temperature difference between the specimen and the reference and keeps the specimen and reference at the same temperature by means of a power-compensation circuit.

When the specimen absorbs heat, the compensator will supply heat to the specimen so that the temperature of the specimen and the reference are equal (?T=0).
When the specimen is exothermic, the compensator supplies heat to the reference material so that the temperature of the specimen and the reference material are equal (?T=0). The compensated energy is the energy absorbed or emitted by the specimen. The specimen and the reference are heated by individually controlled electric heating wire, according to the thermal effect in the specimen, the input power of these electric heating wire can be adjusted continuously to make the temperature of the specimen and the reference equal.
Main measurement functions: melting point, specific heat capacity, glass transition temperature, purity, crystallization, curing degree.

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