In today's increasingly refined energy efficiency evaluation, material performance research, and chemical reaction thermal measurement, the requirements for accuracy, repeatability, and intelligence of thermal measurement are constantly increasing. We are now launching a new generation of high-precision calorimeter - Condensed Manufacturing Intelligence, redefining the reliable standard of heat measurement and providing a solid data foundation for your research and quality control.

Self owned factory intelligent manufacturing, laying the foundation for precise measurement

Precision engineering, the source of stability: In our modern manufacturing base, core sensing elements and key thermal components are rigorously screened and processed with high precision. By adopting advanced temperature control technology and unique insulation/constant temperature design architecture (described according to specific types), we ensure that the thermal stability of the entire measurement environment reaches industry-leading levels. Each assembly process follows strict process specifications, ensuring extremely low baseline drift and excellent long-term stability of the instrument from the source.

Strict quality control and reliable data: Before leaving the factory, each calorimeter undergoes multiple rounds of standard substance (such as benzoic acid) calibration and repeatability verification testing in the professional constant temperature laboratory of our own factory. We establish and implement a full process quality control system that exceeds industry standards to ensure that the measurement accuracy and repeatability of the equipment delivered to users fully meet or even exceed the nominal parameters, making every thermal data reliable.

Modular design, flexible expansion: Adhering to the forward-looking design concept, the core measurement unit and peripheral accessories (such as automatic sampler, diversified rotary table, high-pressure reactor adapter, etc.) adopt standardized interface design, which facilitates efficient assembly and testing on our own production line. This modular architecture not only ensures consistent performance, but also easily meets users' future upgrade or customization needs, adapting to the transition from routine testing to complex research scenarios.

Scale delivery, worry free response: With a mature supply chain management system and efficient production lines, we have stable large-scale production capabilities and a fast order response mechanism to ensure that high-quality calorimeters can be delivered to your laboratory in a timely manner, helping to efficiently initiate projects.

New generation performance unlocks thermal analysis potential

Micro Joule level resolution, insight into details: Equipped with our independently developed high-sensitivity sensor and low-noise signal processing system, the temperature resolution can reach the micro Kelvin (µ K) level, and the heat flow detection sensitivity can reach the micro watt (µ W) level, accurately capturing weak exothermic/endothermic processes and revealing the true energy characteristics of materials or reactions.

Intelligent temperature control and algorithm, precise results: integrating advanced intelligent PID temperature control algorithm and real-time dynamic heat loss compensation model, effectively overcoming environmental interference, ensuring ultra-high measurement accuracy and repeatability in a wide temperature range (such as -20 ° C to 200 ° C+), easily meeting the requirements of national standards (GB/T), ASTM, ISO and other standards.

Efficient and intelligent, liberating manpower: optional powerful intelligent operation software, providing intuitive graphical interface, automated testing sequence setting, real-time data monitoring, and intelligent analysis report generation. Support remote access and management of data, greatly improve testing efficiency, reduce manual operation intensity and error risk.

Widely adaptable and worry free in application: Designed to be compatible with multiple sample types (solid, liquid, slurry, etc.) and different specifications of sample tanks (ampoules, high-pressure crucibles, etc.), it is widely used in many fields such as coal/biomass fuel calorific value determination, battery material specific heat capacity analysis, chemical reaction heat measurement, polymer material solidification research, drug stability testing, etc.

Manufacturing commitment, full professional support throughout the process

Every calorimeter is a reflection of our manufacturing process and quality commitment. In addition to providing detailed installation and debugging, operation training, and standard operating procedures (SOP) support, we have established a comprehensive and efficient after-sales service network, providing professional regular calibration advice, preventive maintenance services, and rapid response technical support to ensure that your instruments are always in the best performance state and guarantee the continuity of scientific research and production.

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