Differential Scanning Calorimeter DSC 214

NegotiableUpdate on 01/21

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Nature of the Manufacturer: Producers

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Place of Origin

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Overview

Introduction to DSC214Polyma Differential Scanning Calorimeter: Simple operation, powerful functions, accurate measurement, and convenient daily use - these are the excellent characteristics of the innovative DSC214Polyma

Product Details

Differential Scanning Calorimeter DSC 214 Polyma

Instrument Introduction：
Simple operation, powerful functionality, precise measurement, and convenient daily use - these are the excellent features of the innovative DSC 214 Polyma. This instrument is designed to meet the needs of both beginners and experienced professionals. Especially with the development of two new software: automatic analysis and curve recognition, which set new standards for DSC, these will trigger a revolution in DSC analysis.

Hot flow DSC with rapid cooling capability——DSC 214 Polyma is equipped with an elliptical furnace body with very low thermal mass (Arena)^® The heating/cooling rate of the furnace body can reach 500K/min. Compared to the commonly used cooling rates of 10K or 20K/min, a temperature program that is closer to actual processing can be achieved.
Pioneering sensor technology——Corona of New Technologies^® The middle of the sensor is made of chromium nickel alloy, and the outer ring is made of constantan alloy. Two materials are connected by diffusion welding. Corona^® The sensitivity and repeatability of sensors, combined with the Concavus of new technology^® The crucible has achieved the reproducibility of the instrument.
The packaging box for the new aluminum crucible——Convavus^® The crucible is a newly designed aluminum crucible launched together with the DSC 214. A special reinforcement ring has been added to the bottom of the crucible to ensure stable and good thermal contact between the bottom of the crucible and the bottom of the DSC sensor, significantly improving the repeatability of the measurement results. Concavus^® The technical design of the crucible can improve the repeatability of all DSC measurements, making it suitable for both NETZSCH and all hot flow DSC on the market.
The 3-in1 Box packaging box designed specifically for Concavus crucibles provides comprehensive protection for the transportation and storage of crucibles, and prevents adhesion between crucibles caused by static electricity. Each box is equipped with a sample label card for easy archiving of samples and measurement results, which is particularly suitable for applications that require long-term preservation of samples and regular retesting.
The Trinity——Through Arena with very low thermal quality^® Furnace body, sturdy and highly sensitive Corona^® Sensors and Concavus Design^® The combination of three crucibles.

Technical Specifications:

Temperature range: -170 ° C... 600
Temperature repeatability: ± 0.01 ° C (standard metal)
Heating rate: 500 K/min
Cooling rate: 500 K/min
In response ratio:>100 mW/K
DSC range: ± 750 mW
Thermal enthalpy sensitivity: 0.1 μ W
Enthalpy accuracy: ± 0.05% (standard metal)
Temperature/enthalpy correction: multi-point standard sample, non-linear correction technology
Baseline drift: 10 μ W (-50... 300 ° C)
Specific heat measurement: optional
Optional cooling equipment: compressed air, mechanical, liquid nitrogen
(Multiple cooling devices can be connected separately or simultaneously, and switched through software)
Atmosphere: static and dynamic, inert, oxidizing, reducing
Gas control: 3 independent airflow control devices, software automatically switches
3 independent quality flow control meters, software automatic switching (optional)
Automatic sampler: optional, can accommodate 20 positions, sample and reference positions can be freely selected
Temperature modulated DSC: optional, equipped with FRC calibration technology
Software: Proteus^®, standard configuration
-Smart Mode
-Expert Mode
-AutoCalibration
-AutoEvaluation
-Identify (automatic retrieval)
-Tau-R (Advanced DSC Calibration)
-Oxidation induction period (O.I.T.)
-Autoooling (Automatic Cooling)
-Predefined methods
Operating System: The software can run on Windows 7, Windows 8.1, and Windows 10 operating systems
Supports mobile devices such as PCs and tablets
Advanced software: options, including thermodynamics, peak separation, purity, thermal simulation, etc