Linseis > News > Dynamic differential calorimeter with newly developed sensor

Dynamic differential calorimeter with newly developed sensor

Linseis presents its new dynamic differential calorimeters DSC PT 1000 and DSC PT 1000 HiRes with a possible operating temperature of -180 °C to 750° C. Thanks to the newly developed HiRes sensors with an incredible 120 and 240 thermocouples respectively, our sensors offer the highest sensitivity and resolution currently available on the market.

This allows the detection of the smallest thermal effects. The ceramic substrate-based sensor ensures extremely short time constants, enabling the separation of overlapping effects over the entire temperature range. In contrast to conventional metal sensors, our ceramic sensor does not oxidize and can therefore be used over the entire temperature range without ageing effects.

Please visit the product page of our dynamic differential calorimeters to get a better overview of this extraordinary measuring system.

Did you like the article?

Or do you have any questions? Feel free to contact us!

+49 9287 / 880 - 0

Katharina

+49 9287 / 880 - 0

+49 9287 / 880 – 0

k.hager[at]linseis.de

Articles that you might also like

Thermal effects in photovoltaik systems

The concept of photovoltaics (PV) has become a key technology in the energy transition as it provides clean and sustainable energy from sunlight. Advances in PV technologies, including new cell concepts and innovative monitoring systems such as the Hall Effect Current Sensor (HCS Analyzer), are helping to further increase the efficiency and cost-effectiveness of photovoltaic systems

Efficient curing of epoxy resin: influencing factors and methods

Epoxy resin is a versatile and high-performance reactive resin that is used in numerous application areas such as the electrical industry, construction and the manufacture of fiber composites.

Thermal conductivity of porous carbon materials

Porous carbon materials, in particular carbon aerogels, are the focus of current research. These materials are characterized by an extremely low thermal conductivity, which is mainly due to their porous structure and low bulk density.

Glass Transition Temperature

The glass transition temperature Tg is a point on the temperature scale at which a polymer or glass changes into a rubbery, viscous state. However, this is not the same as the melting point.

Thermal Interface Materials – Overview and application

Thermal interface materials (TIMs) are used in the field of electronics to ensure efficient heat dissipation and prevent local temperature overloads.

Accurately measure Seebeck – importance in science and technology

The Seebeck effect enables the direct conversion of heat into electrical energy.

How does a pushrod dilatometer work?

A dilatometer is a measuring device for recording the thermal expansion of a material sample. The thermal expansion coefficient (CTE = Coefficient of Thermal Expansion) is calculated from the measurement results.

Crystallization and recrystallization of polymers

The properties of solids depend to a large extent on the arrangement of the particles (atoms and molecules) that make up the substances. If the arrangement is random, the substances are amorphous. In crystalline substances, the particles are arranged at regular intervals and in a fixed pattern.

Curing in thermal analysis

Materials that are processed in a liquid aggregate state generally require a certain amount of time to harden.