XTLD customized -150℃ ultra-deep cold compressor is a personalized special refrigeration equipment tailored for global high-end special scientific research industry and extreme low-temperature industrial scenarios, relying on British XTLD ultra-deep cold refrigeration R&D technology and flexible customized production system. Breaking the temperature limit of standard industrial compressors, this customized model can stably achieve -150℃ extreme ultra-low temperature deep freezing working condition, meeting the ultra-high standard refrigeration demands of new material cryogenic research, aerospace special material testing, high-precision chemical experiment and top scientific research projects. According to the personalized working condition parameters of customer scientific research projects, the equipment can customize compression ratio, refrigerant matching, temperature control precision, vibration standard and noise index in all dimensions, realizing one-to-one professional refrigeration solution customization. Adopting multi-stage supercharging ultra-deep cold technology and special low-temperature resistant material configuration, the equipment maintains stable refrigeration performance and structural safety under -150℃ extreme environment, no component failure and no performance attenuation. All customized products strictly follow British technical standards and scientific research-grade quality specifications, and undergo extreme low-temperature simulation test and precision calibration before delivery. With high temperature control precision, ultra-low vibration and high operational stability, it fully meets the strict requirements of top scientific research scenarios. Widely serving global university scientific research laboratories, aerospace research institutions, new material R&D enterprises and special high-end scientific research projects, this customized ultra-deep cold compressor is a professional personalized refrigeration equipment for global special scientific research industry.

XTLD low-carbon environmental protection screw compressor is a new generation of green industrial refrigeration equipment developed in response to global double-carbon policy, relying on British XTLD green energy-saving refrigeration technology. Breaking the high energy consumption and high carbon emission limitations of traditional industrial compressors, this screw unit adopts optimized high-efficiency rotor compression structure and intelligent frequency conversion energy-saving system, effectively reducing unit refrigeration power consumption and carbon emission, fully complying with global double-carbon emission reduction standards and international green refrigeration specifications. The equipment supports full adaptation of low-GWP environmentally friendly refrigerants and natural refrigerants, eliminating the environmental pollution risk of high-carbon refrigerants and helping enterprises obtain green environmental protection certification and carbon emission reduction benefits. Adopting industrial-grade heavy-duty design, it has strong load resistance and stable performance, supporting 24-hour long-term uninterrupted operation of large industrial cold storage, with no attenuation of energy-saving effect in long-term operation. The intelligent load automatic adjustment function realizes on-demand power output, avoiding energy waste caused by full-load operation under low load. All products pass international environmental protection testing and energy efficiency certification, with complete green qualification documents. The whole machine has low vibration, low noise and long service life, reducing comprehensive operational energy consumption and maintenance cost. Widely applicable to large industrial cold chain bases, food processing refrigeration, commercial central air conditioning and industrial energy-saving transformation projects worldwide, this low-carbon screw compressor is the preferred green and low-carbon core equipment for global industrial refrigeration green upgrading and double-carbon compliance construction.

XTLD low-noise deep freeze compressor is a high-precision mute refrigeration equipment specially developed for high-end laboratories, scientific research institutions and quiet high-standard refrigeration scenarios, authorized by British XTLD mute refrigeration technology. Through multi-layer damping structure optimization, precision crankshaft balance calibration and mute air intake and exhaust system design, the equipment controls the overall operating noise strictly below 68dB, far lower than the industry standard, perfectly meeting the ultra-quiet environmental requirements of high-end laboratory precision experiments and scientific research work. Adopting professional deep freezing compression technology, it stably adapts to ultra-low temperature working conditions, realizing efficient deep freezing and constant temperature storage without noise interference. The whole machine features ultra-low vibration and ultra-stable operation, avoiding experimental data deviation and equipment precision loss caused by noise and vibration. All internal precision accessories undergo mute optimization and precision screening, with high operational stability and low failure rate in long-term laboratory uninterrupted operation. Each unit passes professional noise detection and vibration testing before delivery, with qualified mute performance and reliable quality. The compact integrated structure is convenient for laboratory installation and maintenance, occupying small space and no environmental pollution. Compatible with scientific research-grade environmentally friendly refrigerants, it conforms to high-standard laboratory safety and environmental protection specifications. Widely used in university high-end laboratories, scientific research institute precision experiment rooms, medical research laboratories and quiet high-standard low-temperature storage scenarios worldwide, this below 68dB low-noise deep freeze compressor is the core mute refrigeration equipment for global high-end scientific research scenarios.