The Sadolis MA35 infrared moisture analyzer is a cost-effective device designed for routine moisture detection scenarios,
With the use of thermogravimetric analysis technology and compact and durable structural design, it is suitable for multiple scenarios such as laboratories, production lines, and incoming quality inspections,
It can accurately analyze the moisture content of liquid, paste, and solid samples, meeting the daily quality control needs of industries such as food and chemical.

Core technical principles

The instrument adopts thermogravimetric analysis method, and the core logic is to remove moisture from the sample by heating, and calculate the moisture content based on the weight difference before and after drying the sample.
It is equipped with two high-power metal tubular heating elements (infrared dark field heat pipes) and an integrated reflector to achieve uniform heat scattering. The 360 watt heating power can quickly increase the sample temperature,

At the same time, it avoids the deterioration of sample components caused by local overheating, ensuring the authenticity of test results. The measurement endpoint supports two modes: fully automatic and timed,
The fully automatic mode can automatically terminate the analysis by monitoring whether the sample weight is stable, while the timing mode is suitable for standardized testing processes that require a fixed drying time.

Key technical parameters

1. Weighing and measurement accuracy:
The weighing range is 35g, with a resolution of 1mg, which can accurately capture trace weight changes and ensure the accuracy of low moisture sample detection;
The measurement results can be displayed in various forms such as moisture percentage, dry weight percentage, residual weight, etc., which are suitable for different data analysis needs.

2. Heating performance:
The heating temperature range is 40-160 ℃, and the temperature adjustment accuracy is 1 ℃,
The parameters can be flexibly set according to the characteristics of the sample (such as thermosensitive solids, viscous liquids, etc.), and a single detection can be completed in 10-20 minutes, significantly shortening the detection cycle compared to traditional drying ovens.

3. Compliance and adaptability:
Provide a special version without glass components that complies with FDA/HACCP standards and is suitable for industries such as food and pharmaceuticals that have strict hygiene requirements for equipment;
The body adopts sturdy components that are resistant to vibration and dust, and can operate stably in harsh environments such as sewage treatment plants and biogas facilities.

Core technological advantages

1. Simplified operation adapted to routine testing:
Simplify the operating interface to eliminate redundant programs, and guide users through clear icons to complete the three-step process of peeling the sample disk
Start measurement and other operations without professional training, suitable for high-frequency routine detection scenarios.

2. Balancing stability and practicality:
The compact body design facilitates flexible placement on laboratory workstations or production lines,
The collaboration between metal heating elements and high-precision weighing systems ensures detection accuracy while reducing the impact of high temperature environments on equipment stability.

3. Cost effective adaptation to diverse needs:
Satisfying most conventional moisture detection needs with basic functions, compared to higher-level models in the same series,
Retaining core testing performance while controlling costs is a cost-effective choice for small and medium-sized enterprises and grassroots laboratories to carry out moisture control.

Typical application scenarios

This instrument is widely used in scenarios such as raw material moisture sampling in the food industry, powder moisture detection in the building materials industry, and intermediate moisture analysis in the chemical industry.
For example, in food processing plants, the moisture content of samples such as grains and sauces can be quickly detected to help control the shelf life of products; In the production of building materials, moisture monitoring can be carried out on samples such as gypsum powder and coatings to ensure the quality of product molding.