Entry level comprehensive thermal analysis platform

NegotiableUpdate on 12/21

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Nature of the Manufacturer: Producers

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Overview

The characteristic of TG-DSC differential thermogravimetric analyzer reaching a testing temperature of 1600 ℃ at once makes THEMYS ONE entry-level comprehensive thermal analysis platform truly a high-temperature thermal analysis instrument that integrates multiple testing functions such as DSC/DTA, TGA, synchronous TGA-DSC/DTA, and specific heat capacity (CP) determination. Themys ONE has excellent performance in the following fields: polymers, plastics, advanced materials, pharmaceutical compounds, inorganic materials, thermodynamic research (high-temperature thermal analysis instruments for bulk materials. Cp testing error is less than 2%), and so on.

Product Details

Themys OneSynchronous thermal analyzer

入门级综合热分析平台

THEMYS ONE / ONE+entry-levelComprehensive thermal analysis platformIt covers most applications in the fields of polymers and inorganic materials, and also performs well in testing catalysts, batteries, or fossil fuels. It can quickly and reliably measure the thermal stability and composition of materials.

The test temperature has been reached in one fell swoop1600The characteristic of ℃ makesTHEMYS ONETruly becoming a fusionDSC/DTA,TGA, synchronizedTGA-DSC/DTAAnd specific heat capacity(CP)A high-temperature thermal analysis instrument that integrates multiple testing functions such as measurement.Themys ONEExcellent performance in the following fields: polymers, plastics, advanced materials, pharmaceutical compounds, inorganic materials, thermodynamic research(High temperature thermal analysis instrument for body. （CpTest error less than2%）Wait a minute.

THEMYS ONE/ONE+is a cost-effective, user-friendly, and powerful thermal analysis platform.

He can easily replace sensors for measuring different experimental data.

Equipped with an automatic samplerTHEMYS ONE+It can easily conduct unmanned experimental operations for hours to days.

Why are we different from others?

high-temperature performance

A single furnace can easily reach high temperatures of 1150 ℃ or 1600 ℃

High sensitivity balance for detecting small mass changes

Specially designed for thermogravimetric analysis

Plug and play replaceable sensor

Can perform TGA, TG-DSC, TG-DTA testing and 3D high-sensitivity measurement of heat/specific heat

External integration capability

Can be used in conjunction with various instruments such as FTIR, MS, GCMS, MSFTIR, or FTIR-GCMS

32Automatic Sample Injector

THEMYS ONE+version

Basic Parameters	TGA	STA	DTA/DSC
temperature range(°C)	room temperature~ 1 150/room temperature~ 1 600
Programmable temperature scanning rate(°C/min)	0.01 ~ 100
Furnace cooling	30 min (1 150 ~ 50°C) 32 min (1 600 ~ 50°C)
air circuit	Standard version:2A gas inlet (inert gas or reactive gas) Optional:3One of the road carrier gases (with the highest flow rate)200ml/min）With Independent auxiliary gas mixing (highest flow rate)16ml/min）
vacuum	< 10^-1Mbar. Optional control of vacuum degree as low as30 mbaroperation
weight(kg)	60
size(H / W / D)	700 / 500 / 440 mm
balance
maximum range(g)	20		——
measurement range(mg)	±1 000;± 200		——
Balance resolution(Mg)	0.02		——
DTA/DSC
DSC sensor resolution(MW)	——	0.4/10 depends on the sensor
3D Specific Heat Sensor - Accurate Specific Heat	——	2 %^a
a. The experimental values depend on the type of material being measured

Balance and furnace body

The core components of THEMYS ONE are an advanced metal furnace body and an upper sample constant temperature balance using a suspension wire crossbeam structure. The upper plate balance (upper sample loading) is based on the same principle as other symmetrical balances, while controlling the temperature to provide higher stability. The design of intersecting gas outlets above the furnace body can be easily combined with gas analysis instruments. The operation of replacing different test brackets (DTA, DSC, TGA, 3D Cp) can be completed within a few seconds. When only conducting DTA, DSC, or Cp testing experiments, the balance beam can be locked to ensure high accuracy of the test data.

Atmosphere control components

THEMYS ONE itself has gas purging function (inert or reactive gas). Configure a fully automatic gas control panel to achieve the following functions:

Three different carrier gases are available (flow rate: 4-200ml/min)

Mixing of carrier gas with another auxiliary gas or reaction gas (flow rate: 0.3-16ml/min, optional flow rate: 4-200ml/min)

Sensor type:

Different sensors are designed for DSC/DTA, TGA, and synchronous TGA-DSC/DTA testing experiments:

DTASensor:Equipped with platinum (room temperature to 1200 ° C) and platinum rhodium (room temperature to 1600 ° C) material thermal sensors, available in 20 µ l, 100 µ l, or 160 µ l platinum, alumina, or platinum crucibles.

DSCSensor:Equipped with a thermal flow DSC sensor made of nickel chromium constantan (room temperature to 800 ° C) and platinum rhodium (room temperature to 1600 ° C) materials. 75 µ l, 100 µ l, or 110 µ l platinum, alumina, and platinum crucibles can be selected.

TGASensor:Room temperature to 1600 ° C, optional 400 µ l or 500 µ l alumina, platinum crucible.

Automatic sampler:

THEMYS ONE+'s automatic sampler can load 32 samples at once and automatically recognize DTA, DSC, TGA sensors and crucible types with plug and play interfaces, providing you with the most intelligent and user-friendly system.

3DHigh sensitivity specific heat capacity (Cp) sensor

The sensitivity of sensors and the heating rate of the heating furnace are key factors in improving the accuracy of specific heat capacity measurement. THEMYS ONE's 380 µ l crucible (a conventional DSC crucible with a volume much larger than 100 µ l) and ultra-high sensitivity sensor (3D structural design) have excellent performance in rapid heating/cooling (100 ° C/min), ensuring that the measurement error of Cp is within 2% throughout the entire working temperature range (room temperature to 1600 ° C).

The three-dimensional Calvian specific heat capacity (Cp) test sensor consists of 10 pairs of thermocouples arranged in an orderly manner around the sample. The 3D specific heat sensor uses multiple thermocouples to surround a large volume crucible (380 μ l) for more accurate high-temperature calorimetry measurements.

Combined analysis of escaping gases

THEMYS ONEEntry level comprehensive thermal analysis platformProvide a rapid coupling device for gas analysis, which can facilitate synchronous MS, FTIR and other tests. The temperature of the combined device is controlled at 300 ° C to avoid gas condensation, while the external insulation ensures safe operation.