XTLD R23 special ultra-low temperature compressor is a high-precision scientific research refrigeration equipment fully licensed by British XTLD core technology, professionally customized for laboratory scientific research, precision experiment and ultra-low temperature material testing scenarios. Specially matched with R23 ultra-low temperature special refrigerant, this model stably achieves extreme low temperature range of -80℃ to -150℃, filling the equipment gap of civilian and industrial ordinary compressors in ultra-deep freezing scientific research scenarios. Adopting exclusive two-stage supercharging compression technology, the equipment realizes precise temperature control with ultra-small fluctuation, fully meeting the strict constant temperature and low-temperature environment requirements of chemical experiments, biological research, material cryogenic treatment and laboratory precision instruments. The internal circulation system is optimized for R23 refrigerant characteristics, with high refrigeration efficiency and stable pressure output, no liquid accumulation and no pressure surge in extreme low-temperature operation. All precision accessories undergo ultra-low temperature adaptive calibration and strict screening, with no component brittle failure or performance degradation in long-term scientific research operation. Each equipment passes professional laboratory-level precision testing and full-load aging test before delivery, with ultra-high operational stability and repeatability. Different from industrial ordinary compressors, this scientific research-grade model focuses on high precision, low noise and ultra-stable temperature control, completely adapting to 24-hour uninterrupted experiment environment. Widely used in university laboratories, scientific research institutions, pharmaceutical research and development, new material cryogenic testing and high-precision experimental engineering projects worldwide, it is the preferred British-tech ultra-low temperature refrigeration equipment for global scientific research fields.
