Circulation Heaters

• High efficiency and energy saving: Compared with traditional heating methods, LNEYA circulating heaters can achieve efficient use of heat and reduce energy consumption. Its closed-loop circulation system reduces heat loss, significantly improves heating efficiency, and helps reduce production costs.
• Accurate temperature control: The built-in high-precision temperature controller can monitor and adjust the fluid temperature in real time to ensure that the temperature in the reactor is stable within the set range, which is particularly important for chemical reactions that require precise temperature control.
• High safety: High temperature circulators usually adopt explosion-proof and anti-corrosion designs, and are equipped with multiple safety protection devices (such as over-temperature protection, pressure protection, etc.) to effectively prevent safety accidents caused by improper heating.
• Easy maintenance: The modular design makes it easy to disassemble and replace the various components of the circulation heaters, reducing the difficulty and cost of maintenance. At the same time, the intelligent fault diagnosis system can quickly locate problems and shorten maintenance time.
• Multifunctional design: LNEYA heating circulators support heating with multiple media, and can select the appropriate heat transfer medium according to actual needs to meet the needs of different temperature ranges and reaction conditions.

With excellent temperature control accuracy (±0.5℃) and wide temperature control range (+50℃ ~ +300℃), our recirculating heaters have been widely used in industries that need to provide a stable and accurate heat source, such as pharmaceutical, chemical, semiconductor, new energy, aerospace, research laboratories and so on. The following are some typical application scenarios:

• Maintaining the consistency of experimental temperature
• Accelerating chemical reactions
• Controlling the temperature of microbial cultivation
• High-temperature testing and aging testing of materials
• Dissolution testing in pharmaceutical research and development
• Temperature control in material testing
• DNA amplification and PCR in genetic research