DKSHマーケットエクスパンションサービスジャパン List of Products and Services

We also accept tests of demo units. Please feel free to contact us.

This is a "moisture activity measurement device" widely used in the food industry and other sectors. It can measure the moisture activity of food and pharmaceuticals with high precision (±0.005aw). We have demo units available! Rentals are also offered!

LabSwift-aw is equipped with the same CM2 sensor as the high-end LabMASTER-aw series, despite being an affordable portable model. We have demo units available! Rentals are also offered!

Since 2016, the measurement of water activity (aw) has been newly included as a general testing method in the Japanese Pharmacopoeia, and its importance is increasing. This document focuses on applications of water activity values specifically for traditional Chinese medicine. [Contents] ■ Evaluation of microbial proliferation ■ Chemical stability of active ingredients ■ Optimization of the drying process *For more details, please refer to the PDF document or feel free to contact us.

The "LabMaster-aw neo" is a device manufactured by Novasina that measures water activity values with high precision (±0.0030aw). The growth potential of various types of microorganisms can be predicted through the measurement of water activity values. For specific formulations, a correlation can be obtained between water activity values and moisture content, making it suitable for accurately determining the moisture content of very dry samples, which is difficult with methods like drying loss. 【Features】 ■ Measures a wide range of 0.0300 to 1.0000aw using an electrical resistance sensor ■ Fully temperature-controlled type: control range: 0 to 60°C (accuracy ±0.20°C) ■ Easy operation and maintenance-free ■ Compatible with alcohols and volatile substances (specialized sensors and filters) ■ Complies with food hygiene inspection guidelines (2015), Japanese Pharmacopoeia, etc. *For more details, please refer to the PDF document or feel free to contact us.

Specific heat capacity is one of the fundamental and important physical properties utilized in material development and chemical engineering. By using Setaram's Calvet-type calorimeter with a 3D sensor-equipped DSC, it is possible to measure the Cp (specific heat at constant pressure) of various substances with high precision and under diverse conditions. In this seminar, we will introduce Cp measurements for solids, including those for low-density materials, composites, and high-pressure conditions, which are difficult to measure with general-purpose DSC. [Contents] ■ Key points of Cp measurement using general-purpose DSC ■ Differences between general-purpose DSC and Calvet-type calorimeter (3D sensor) ■ Cp measurement using Calvet-type calorimeter - Under high-pressure conditions - Low-density insulation materials/composites - Cement/elastomers ■ Models of Calvet-type calorimeters *You can view the seminar materials with Japanese translations for free from the "Download" section below! We hope this will be useful for your company's material analysis and Cp (specific heat capacity) measurements.

Heat capacity is one of the fundamental and important physical properties utilized in material development and chemical engineering. By using Setaram's Calvet-type calorimeter equipped with a 3D sensor DSC, it is possible to measure the Cp (specific heat at constant pressure) of various substances with high precision and under diverse conditions. In this seminar, we will introduce high-precision Cp measurements of liquids using the Calvet-type calorimeter and dedicated cells. [Content] ■ Key points of liquid Cp measurement ■ Cp measurement using pressure-resistant sealed cells - Surfactants - Coolants (refrigerants) - Nanofluids - Ionic liquids ■ Cp measurement using Cp cells for liquids - Organic solvents - Aqueous solutions of organic substances ■ Models of Calvet-type calorimeters *You can view the seminar materials with Japanese translations for free from the "Download" section below! We hope you find it useful for your material analysis and Cp (heat capacity) measurements.

Specific heat capacity is one of the fundamental and important physical properties utilized in material development and chemical engineering. By using Setaram's Calvet-type calorimeter and DSC equipped with a 3D sensor, it is possible to measure the Cp (specific heat at constant pressure) of various substances with high precision and under diverse conditions. In this seminar, we will introduce high-temperature Cp measurements (up to 1,600°C) using a thermal analysis device equipped with a 3D sensor and a drop-type calorimeter. 【Contents】 ■ Differences between general-purpose DSC sensors and 3D sensors ■ Cp measurements using DSC equipped with a 3D sensor - Tungsten - Fluoride salts - Silicates ■ Cp measurements using a drop-type calorimeter - MgTiO3 - Alumina - Mixed oxides *You can view the seminar materials with Japanese translations for free from the "Download" section below! We hope this will be useful for your company's material analysis and Cp (specific heat capacity) measurements.