1、 Product Introduction:

DSC 404 F1 Pegasus ®correctNETZSCH F1One of the new members of the series of products, as a high-performance, flexible and diverse high-temperature deviceDSCWidely used for measuring the thermodynamic properties of high-performance ceramics, metals, and other materials at high temperatures, particularly suitable for precise determination of specific heat at high temperatures.

●Determine the thermodynamic properties of high-performance ceramics and metal materials.

●In a pure atmosphere or vacuum（10-4 mbar）Perform quantitative measurements of enthalpy and specific heat.

●Characterization of amorphous metals, shape memory alloys, and ceramic glasses.

NETZSCH DSC 404 F1 Pegasus ®The biggest advantage is that even at the extreme temperature of the instrument, it can still ensure the reliability, sensitivity, and accuracy of thermal effect measurement. The high vacuum sealed system can ensure a wide range of testing temperaturesDSCThe test results are authentic and reliable, coupled with the gas mass flowmeter packaged in an independent metal casingMFC）The design of the stainless steel gas pipeline makes this instrument very suitable for testing samples that are highly sensitive to oxygen. At the same time, the accuracy of measuring enthalpy changes and specific heat is unmatched by other products of the same type.

DSC 404 F1 Pegasus ®The heat flow typeDSCThe system can perform very accurate specific heat value testing. With multiple replaceable sensors and furnace bodies at different temperatures, this instrument can be used for-150～2000℃Test within the temperature range. The optional automatic sampling system can fully utilize time for testing, greatly improving work efficiency.

DSC 404 F1 Pegasus ®The unique furnace body design ensures superior temperature equalization performance, which enables transmission from all directionsDSCThe heat flow of the sensor is very uniform. Sensors have excellent sensitivity, extremely small time constants, good baseline stability, and repeatability. Therefore, the reliability of phase transition temperature testing and enthalpy testing is very high, even for the vast majority of samples1500℃It can also ensure that the measurement error of specific heat is within2.5%Within. Multiple replaceable optionsDSCSensors enableDSCThe test can be conducted on-150～1750℃Between them,DTASensors can be tested2000℃High vacuum sealed design with metal casingMFCThe design of the system, multiple replaceable furnace bodies, and sensors enablesDSC 404 F1 Pegasus ®It has become an ideal choice for research institutions and factories to obtain accurate DSC testing data.

Stepper motors that can be assembled with one to two furnace bodies, with the most advanced equipment available20The automatic sample injection system, multiple optional vacuum pumps, and diverse crucible types make this instrument capable of testing almost all samples and applicable to any field. Starting from the basic configuration, instrument configuration can be easily adjusted and optimized according to customer needs to meet your specific requirements.

IITechnical parameters:

Furnace body:

DSC/DTASensor:

DSC CpSensors allow up to1600℃High precision specific heat measurement.

The instrument can be equipped for useW/ReThe graphite furnace body of the sensor is used for up to2000℃ofDTAMeasurement.

Automatic sampler（ASC）: Can load multiple items at once20Sample or reference (optional)

3、 Software functions:

DSC 404 F1 Pegasus ®The analysis and operation software is based onMS ® Windows ® XPgiveVista ®systemicProteus ®The software package includes all necessary measurement and data analysis functions. This software package has an extremely user-friendly interface, including easy to understand menu operations and automated workflows, and is suitable for various complex analyses.ProteusThe software can be installed on the control computer of the instrument to work online, or installed on other computers for offline use.

DSCPartial analysis functions:

● Peak annotation: It can determine the starting point, peak value, inflection point, and ending point temperature, and can perform automatic peak search.

● peak area/Enthalpy calculation: Multiple types of baselines can be selected for partial area analysis.

● Comprehensive analysis of peaks: Various information such as temperature, area, peak height, and peak width can be obtained simultaneously in one annotation.

● Comprehensive glass transition analysis.

● Automatic baseline deduction.

● Crystallinity calculation.

● Oxidation induction period（O.I.T.）Analysis.

● Specific heat analysis (optional).

●BeFlat ®Function: Used forDSCOptimization of baseline (optional).

●DSCPeak shape correction function: Correct the peak shape of the absorption/release peaks, incorporating the thermal resistance and time constant factors of the system into the calculation (optional).

●TM-DSC: Temperature modulationDSCOptions.

Related advanced software:

●Peak Separation Software

● Dynamics software