In scientific research and industrial testing, changes in thermal energy often contain key information. And mastering the secrets of these tiny energy changes is the core of promoting the leap in scientific research and production efficiency. Today, we bring you the "eye of science" in the field of thermal analysis-calorimeter, so that you can easily cope with multiple needs from basic research to complex applications.

Calorimeter: A precise tool for exploring energy

Whether in chemical reactions, material research and development, or energy detection of food and fuel, the role of calorimeter cannot be ignored. Its function is not limited to capturing heat, but also reveals the scientific laws hidden behind the data. The latest generation of calorimeters not only has excellent performance, but also has achieved revolutionary breakthroughs in intelligence, convenience and versatility.

Technological innovation makes every degree of thermal energy valuable

Ultra-high sensitivity

Equipped with advanced thermal sensors, it can sensitively capture every microwatt of heat change and easily meet the needs of high-precision scientific research.

The measurement range is wide, covering a variety of needs from trace samples to large-volume testing.

Intelligent analysis

Built-in intelligent data processing algorithm, real-time graphical presentation of experimental results, eliminating complex calculation links.

Automated operation process allows experimenters to focus on data analysis rather than operation details.

Various adaptability

Supports a variety of sample types, from liquid to solid, and even gas can be easily adapted.

Modular design, fast switching between different experimental modes, such as differential scanning calorimetry, isothermal calorimetry, etc.

Energy saving and environmental protection

Adopt optimized heat exchange system and low energy consumption design to meet the construction needs of green laboratories.

Wide application scenarios of calorimeters

Chemical reaction research: monitor reaction thermal effects, assist catalyst research and development and chemical process optimization.

Food nutrition analysis: accurately determine food calorific value, ensure product quality and standardized production.

Fuel and energy detection: measure fuel calorific value and optimize energy utilization efficiency.

Material performance analysis: study the thermal stability and phase change behavior of materials, and promote the development of new materials.

Star product recommendation

JZLR-9000 differential scanning calorimeter

High-precision heat flow sensor, support dynamic temperature scanning, suitable for basic research in the field of chemistry and materials.

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JZLR-9000 Isothermal Calorimeter

Accurately measures reaction heat and rate, suitable for drug development and food analysis, supports automated sample loading.

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Laboratory-scale microcalorimeter

Designed for the energy and fuel industry, it can quickly measure the calorific value of fuels such as coal and oil, and is environmentally friendly and energy-saving.

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Real case: User's successful choice

After a pharmaceutical company introduced the JZLR-9000 Isothermal Calorimeter, its new drug development efficiency increased by 40%, and the accuracy of experimental data also increased by more than 30%. The head of R&D said: "The calorimeter is not just a tool, but also a capable partner of our scientific research team!"

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Precise thermal analysis is no longer a problem! Choose a calorimeter to help you achieve your scientific research and production goals!