Low-Temperature Calorimeter-Xi'an Xiaxi Electronic Technology Co., Ltd

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Thermal Conductivity

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Widely applicable for testing the thermal conductivity of various materials such as insulation materials, plastics, rubber, thermal grease, composite materials, metal alloys, etc.
Solution

Thermal Insulation

Rubber and Plastic

Fluorine Chemical

Oil Industry

Refrigeration

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Widely applicable for testing the thermal conductivity of various materials such as insulation materials, plastics, rubber, thermal grease, composite materials, metal alloys, etc.
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Application consulting

Customized service

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Company Introduction

Xi'an Xiaxi Electronic Technology Co., Ltd. was established in 2007 and has been dedicated to the design, development, and equipment customization of high-precision physical property measurement instruments for 20 years. We are committed to transforming new measurement technologies in the international physical property research field into stable and reliable universal products. At present, various physical property measurement instruments developed and produced by the company, such as thermal conductivity meters, liquid specific heat meters, viscosity meters, density meters, gas PVT testing systems, flammability testers, vapor pressure testers, surface tension testers, solubility testers, etc., are widely used and have served thousands of research institutes and enterprises.
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Overview

The low-temperature calorimeter adopts the flow calorimetry method, a direct and reliable experimental approach for determining fluid specific heat. It is suitable for measuring the specific heat capacity of liquids in low-temperature environments, providing reliable data support for the research and development of energy storage materials, calculation of heat transfer efficiency, and design of heat exchange in chemical processes.

With a customizable test temperature of -160°C and a test pressure of 15MPa (higher pressures available upon request), it features high measurement accuracy, simple operation, wide applicability and high automation. Users can complete a series of automated experimental processes including automatic sampling, temperature control, pressure regulation, continuous automatic measurement at multiple temperature points, and automatic data processing through simple software operations.