Technological innovation leads to new heights in scientific research: Institute of Ceramics, Chinese Academy of Sciences introduces high-end experimental equipment to accelerate the scientific research process.
The progressiveness and accuracy of scientific research equipment are directly related to the quality and efficiency of scientific research achievements. The Institute of Ceramics, Chinese Academy of Sciences has purchased the heating circulators and electric lifting double-layer glass reactor produced by Linbel Instrument Company. The institute has taken a solid step in enhancing its research hardware strength and accelerating scientific innovation.
Heating circulators:
Precise regulation, expanding the boundaries of scientific research
The heating circulators of Linbel Instrument has become a star equipment in the laboratory of the research institute due to its excellent temperature control performance and high degree of automation. This device can achieve precise control within a wide temperature range of -30℃ to 200℃, providing stable and reliable environmental conditions for experiments in multiple fields such as materials science, life science, and chemical synthesis.
Characteristic:
Wide temperature control range: a wide temperature control range of -30℃ to 200℃, meeting various experimental needs.
High precision control: Advanced temperature control system is adopted to achieve precise temperature control of ± 0.5 ℃, ensuring the accuracy of experimental results.
Quick response: The efficient heating and cooling system greatly shortens the temperature conversion time and improves experimental efficiency.
Intelligent control: supports remote monitoring and preset programs to achieve automated experiment management without human supervision.
Energy saving and environmental protection: Optimized energy consumption design reduces operating costs and conforms to the concept of green environmental protection.
Electric lifting double-layer glass reactor:
Efficient mixing, safe and visible
The introduction of electric lifting double-layer glass reactor has brought significant changes to research in chemical reaction kinetics, catalyst evaluation, and drug synthesis. This device adopts a double-layer glass structure, with the inner layer directly in contact with the reactants and the outer layer serving as a cooling or heating medium channel, effectively ensuring the temperature uniformity of the reaction process. Its unique electric lifting function allows researchers to easily adjust the height of the reaction kettle according to experimental needs, facilitating material addition, sampling, cleaning and maintenance, greatly improving the convenience and safety of operation. More importantly, the transparent glass material makes the entire reaction process clear and visible, providing researchers with an intuitive observation window that helps to discover and adjust experimental conditions in a timely manner, further optimizing the reaction pathway.
The introduction of the heating circulators and electric lifting double-layer glass reactor of the Linbel Instrument by the research institute is not only a powerful enhancement of its own scientific research strength, but also a profound insight and active response to future technological development. We believe that with the joint efforts of researchers, Linbel Instrument will become a powerful force in exploring scientific mysteries and creating technological miracles.
