SKZ1053 Tga Thermal Gravimetric Analysis - Accurate Thermogravimetric

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SKZ1053 Tga Thermal Gravimetric Analysis - Accurate Thermogravimetric

SKZ1053 Tga Thermal Gravimetric Analysis - Accurate Thermogravimetric

Learn about the advanced features and applications of the SKZ1053 tga thermal gravimetric analysis. This instrument provides high-precision thermogravimetric analysis for applications in materials research, quality control, and R&D.
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Tga Thermal Gravimetric Analysis Advantages

High precision and sensitivity

TGA thermal gravimetric analysis can accurately measure the mass change of samples at different temperatures, can detect small mass changes, and is suitable for the analysis of various materials.

Wide range of applications

TGA thermal gravimetric analysis can be used for the analysis of a variety of materials, including polymers, metals, ceramics, composites and biomaterials, etc., suitable for fields such as materials science, chemistry, pharmaceuticals and environmental science.

Thermal stability evaluation

Through TGA, researchers can evaluate the thermal stability and decomposition temperature of materials to help select suitable materials for specific applications.

Composition analysis

TGA thermal gravity analysis can provide composition information of materials, such as moisture, volatile components and thermal decomposition products, to help understand the chemical properties of materials.

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SKZ1053 Tga Thermal Gravimetric Analysis Specifications

Temperature range Actual maximum temperature 1150℃(SKZ1053A)
Actual maximum temperature 1350℃(SKZ1053B)
Actual maximum temperature 1600℃(SKZ1053C)
Temperature resolution 0.01℃
Temperature fluctuation ±0.01℃
Heating rate 0.1 ~ 100 ℃ / min
Temperature control mode Rising, Constant temperature
Program control Program setting multi-stage heating and constant temperature
Cooling time 15min  (1000℃ ~ 100℃), Natural cooling
Balance measuring scope 1mg~3g, Can be expanded to 50g
Sensitivity 0.01mg
Constant temperature and time 0 ~ 300min (set arbitrarily)
Display Liquid crystal display (LCD), English version
Atmosphere device Built-in gas flow meter, includes switch two path gas and control flow volume
Software Record TG curves automatically, Processing data and print
Data interface USB interface
Power AC220V 50Hz
Size 500*400*430mm

FAQ

What are the main applications of TGA thermal gravimetric analysis?

TGA is widely used in fields such as materials science, chemistry, pharmaceuticals, food science, and environmental research. It can be used to evaluate the thermal stability of materials, analyze the composition of materials, study the decomposition behavior of polymers, etc.
TGA thermal gravimetric analysis measures the change in mass of a material, while DSC (differential scanning calorimetry) measures the change in heat flow of a material during heating or cooling. The two are often used in combination to obtain more comprehensive thermal performance information.
The temperature range of TGA varies from instrument to instrument and can usually range from room temperature to 1000°C or higher. The specific range depends on the material being tested and the design of the instrument.

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See What Customers Say

Yuki Nakamura

We have been using TGA thermal gravimetric analysis in material research and development for several years. The instrument is very precise and can accurately measure mass changes at different temperatures. With TGA, we can quickly evaluate the thermal stability of new materials, which is very important for the progress of our projects.

Sofia Müller

We use TGA to study the thermal decomposition characteristics of waste. The instrument is stable and the results are reliable. Although sometimes combined with other analytical methods, TGA provides us with good preliminary data to help us understand the composition of the material.

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Delivery within two weeks Low minimum order quantity OEM