Product introduction:

Thermogravimetric analysis (TG, TGA) is the change of the mass of a sample with

temperature or time during temperature rise,constant temperature or temperature reduction.

The purpose is to study the thermal stability and composition of the material.

It is widely used in research and development, process optimization and

quality monitoring in various fields such as plastics, rubber, coatings,

pharmaceuticals, catalysts, inorganic materials, metal materials and composite materials.

Controller and software advantages:

Ⅰ. Imported 32bit ARM processor

Cortex-M3 core, sampling speed,

processing speed is faster.
Ⅱ. 24bit four-way sampling AD collects

DSC signals and TG signals and

temperature T signals.
Ⅲ. The power supply and water circulation

part is separately controlled by 8bit single-chip microcomputer, so that the main unit

and the cooling part are separated,

and they do not interfere with each other,

but the two are closely connected,

and the cooling
part is controlled by the host.

Ⅰ. Imported 32bit ARM processor Cortex-M3 core, sampling speed, processing speed is faster.

Spectrum analysis:

The following characteristics of the measurement and study materials:

DSC: melting, crystallization, phase change, reaction temperature and reaction heat, heat of combustion, specific heat.
TGA: thermal stability, decomposition, oxidation and reduction, adsorption desorption, free water and crystal water

content,composition ratio calculation.

TGA Results:

∙ Thermal stability
∙ Compositional analysis
∙ Mass changes
∙ Decomposition behavior
∙ Pyrolysis
∙ Water amount
∙ Identification of solvents

Thermogravimetric analysis, or TGA (also known as thermogravimetry, or TG)

measures the mass change of a substance while the sample is subjected to a controlledtemperature program.
“Top-loading arrangement”

simply means that the sample is located above the balance. This ensures safe and easy handling.

SIMULATIVE
OPTIMIZATION
OF DEBINDING

Figure 1:

Technical parameters:

Features:
1. Furnace heating using nickel-cadmium alloy double-wound wire system to reduce interference, but also high temperature.
2. Tray sensor, using precious metal nickel-cadmium alloy Seiko build, with high temperature, anti-oxidation, corrosion resistance
and so on.
3. Power supply, circulation and cooling part of the host separate to reduce the heat and vibration on the microbalance impact.
4. Using open cover structure, easy to operate. Move the furnace body to put the sample operation is very difficult, easy to cause
the sample rod damage.
5. The host uses water thermostat to isolate the thermal effect of the heating furnace on the chassis and the microbolometer.
6. According to customer requirements to replace the furnace.

Company introduction: