DKSHマーケットエクスパンションサービスジャパン Product Lineup

The unique tungsten furnace developed by SETARAM enables a compact, maintenance-free design that does not require protective gas. It allows for TGA, (TG-)DTA, (TG-)DSC, and high-precision Cp measurements at temperatures up to 1,600°C. Due to the small sample atmosphere, inert gas replacement can be performed without vacuum replacement, preventing oxidation of the sample.

The "Kalbe-type Calorimeter Series" is a calorimeter manufactured by SETARAM that combines the features of high-sensitivity isothermal measurements and thermal analysis device DSC for temperature rise measurements. You can choose devices within a temperature range from low temperatures (-196℃) to high temperatures (1000℃), and various measurements are possible with dedicated sample equipment. It is used in a wide range of fields, including chemistry, energy, food, and process safety evaluation. 【Features】 ■ Capable of high-pressure measurements up to 50MPa (High-pressure containers can comply with high-pressure gas safety regulations) ■ Monitoring of pressure changes inside the container is possible ■ Measurements can also be conducted in corrosive gas or water vapor atmospheres ■ Custom fabrication of various sample containers is possible ■ Usable in a wide range of fields, including process safety evaluation *For more details, please refer to the PDF document or feel free to contact us.

This is an insulated adiabatic reaction calorimeter (ARC) that meets the needs of the fields of safety engineering and process engineering, achieving a compact design. It can obtain essential data for evaluating the safety of chemical processes, such as heat generation rate and the temperature at which runaway reactions begin. It is capable of measuring temperature and pressure increases at a wide range of tracking speeds.

The "Setline STA/STA+" is a simultaneous TG-DSC measurement device manufactured by Setaram Instrumentation. It features a platinum alloy plate-type DSC sensor, achieving high-sensitivity calorimetry across the entire measurement range of the device (room temperature to 1100°C). With a highly sensitive and stable balance, it enables high-precision simultaneous thermogravimetric analysis. 【Features】 ■ Utilizes a platinum alloy plate-type DSC sensor ■ Achieves high-sensitivity calorimetry ■ Enables high-precision simultaneous thermogravimetric analysis ■ Sample containers: aluminum, alumina, and platinum are available *For more details, please refer to the PDF document or feel free to contact us.

The "Setline DSC/DSC+" is a differential scanning calorimeter manufactured by Setaram Instrumentation. It employs a simple structured plate-type DSC sensor. Due to its rod-type sensor structure, which can be replaced by the user, it significantly reduces repair time and costs in case of sensor failure. 【Features】 ■ Utilizes a simple structured plate-type DSC sensor ■ Significantly reduces repair time and costs in case of sensor failure ■ Rapid heating and cooling rates ■ Efficiently conducts various measurements *For more details, please refer to the PDF document or feel free to contact us.

The MATEX PHASEis a device specifically designed for measuring saturation magnetization (σs). This parameter is widely used as an indicator of the properties of ferromagnetic materials and is independent of the sample's structure and shape. The measurement of saturation magnetization itself is completed in about 10 seconds. Additionally, the operation of the sigma meter is very simple, making it easy to incorporate into manufacturing processes as a quality control test. 【Application Examples】 ◆ Management of the manufacturing process of cemented carbide (sintered materials) ◆ Quality control of magnets and magnetic compounds ◆ Quality control in alloy manufacturing (martensite measurement, austenite measurement, ferrite measurement) ◆ Quality control of nickel, cobalt, iron carbide, iron oxide, and ferrite-containing materials

SETARAM has combined its unique Calvet method with semiconductor sensors to achieve high-sensitivity DSC measurements with excellent operability. The main reason why Micro-DSC can be used for a wide range of applications is that, despite being ultra-high sensitivity DSC, the sample container can be removed separately from the detection area. The micro DSC7 evo is equipped with 3D Calvet sensor technology and is designed for research on crude oil, emulsions, biopolymers, carbohydrates, and more.

SETARAM has combined its unique Calvet method with semiconductor sensors to achieve highly sensitive DSC measurements with excellent operability. The main reason why Micro-DSC can be used for a wide range of applications is that, despite being ultra-sensitive, the sample container can be removed separately from the detection area. The Micro-DSC is equipped with 3D Calvet sensor technology and is designed for research on crude oil, emulsions, biopolymers, carbohydrates, biological samples, hydrates, PCM, and more.

We have adopted a graphite furnace, achieving a compact desktop-sized device with a maximum temperature of 2400°C. By combining protective tubes and temperature sensors within the furnace, measurements can be taken in various atmospheres, including air, oxygen, and hydrogen, in addition to inert gases.

The CALVET PRO, a DSC designed with SETARAM's unique 3D sensor, achieves the operability of a general-purpose DSC and high-sensitivity measurements with a large sample container. By simply exchanging the sample container, it allows for high-pressure DSC measurements up to 50 MPa (600°C), and by adding a suspended balance (optional), it enables simultaneous high-sensitivity measurements of heat flow and weight changes as a TG/DSC. Additionally, the CALVET PRO DSC can be equipped with an optional robotic sample exchange mechanism (48 samples), enabling unmanned operation.

IGA ECOsorp is a benchtop adsorption measurement device targeted at decarbonization research. It allows for the high-precision measurement of the adsorption amounts of water vapor and CO2 through gravimetric methods and dynamic flow control. The concentrations of carbon dioxide and water vapor are controlled individually, with CO₂ partial pressure set above 100 ppm. Independent humidity adjustment enables accurate evaluation of material performance under Direct Air Capture (DAC) conditions. The measurement conditions are fully programmable, allowing adsorption measurements in a temperature range of 5 to 85 °C, and in-situ pretreatment and regeneration at temperatures up to 350 °C using a built-in heater.