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Recirculation Chiller

FLTZ -100℃~90℃

FLTZ-100℃~90℃ recirculation chiller, with its extremely wide temperature range (-100℃~90℃) and precise temperature control (±0.05℃), absorbs the heat generated by your equipment and process to meet your application needs in pharmaceutical, chemical, semiconductor, new energy and other fields.

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FLTZ -100℃~90℃ Recirculation Chiller

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FLTZ-100℃~90℃ recirculation chiller is a cooling system designed specifically to keep equipment and processes at a constant temperature. The chiller circulates the coolant through a closed-loop system, absorbs the heat generated by the equipment or process, and dissipates the heat into the environment, thereby ensuring that the temperature is maintained within the required range.
 
The environmentally friendly and economical characteristics of the rerecirculation water chiller make it a favorite for process cooling in various fields instead of tap water cooling.
 
LNEYA has been focusing on low-temperature refrigeration for 15 years and provides chillers of various performances. This semiconductor chiller is equipped with a magnetic variable frequency pump and a variable frequency compressor, dedicated to providing you with energy-saving and silent cooling experience.

Feature of FLTZ -100℃~90℃ Recirculation Chiller

Temperature control

The FLTZ -100℃~90℃ recirculation chiller uses low-temperature cascade refrigeration technology to enable the equipment to reach a lower operating temperature. The temperature range of -100℃~90℃ and the temperature control accuracy of ±0.05℃ can meet the temperature control requirements of most process cooling.

Coolant

The coolant used in the FLTZ -100℃~90℃ recirculation chiller is fluorinated liquid, which has a high thermal conductivity and low viscosity, and can improve cooling efficiency. In addition, we use environmentally friendly fluorinated liquid, which has less impact on the human body and the environment and is not easy to corrode pipelines and equipment.

Compressor

This chiller uses a well-known brand of variable frequency compressor. By adjusting the speed of the compressor, it can automatically adjust the cooling or heating amount according to actual needs. It can run at a lower speed when the load is low, avoiding energy waste when the load changes, and reducing the noise and vibration of the compressor.

Expansion valve

FLTZ -100℃~90℃ recirculation chiller uses electronic expansion valve, which monitors and adjusts the opening of expansion valve in real time through electronic sensor and control system, achieving more accurate flow control than thermal expansion valve.

Evaporator

FLTZ -100℃~90℃ recirculating water chiller uses plate heat exchanger, which exchanges heat through the flow of fluid between plates. Its unique flow channel design speeds up the heat exchange process of fluid. Plate heat exchanger has compact structure and occupies less space.

Application of FLTZ -100℃~90℃ Recirculation Chiller

FLTZ -100℃~90℃ recirculation chiller has excellent cooling capacity and is usually used in the following scenarios:

Cooling analytical instruments

FLTZ-100℃~90℃ recirculation chillers can keep instruments that are sensitive to temperature changes, such as NMR (nuclear magnetic resonance) spectrometers, electron microscopes, and mass spectrometers, at optimal operating temperatures, effectively preventing thermal drift and providing support for reliable analytical results.

Chemical reactions

The recirculation chiller can accurately control the temperature of the reactor to prevent thermal degradation of sensitive compounds and ensure that the results of each experiment remain consistent.

Environmental adaptability test

Some product components may be used in extreme environments. Therefore, before leaving the factory, technicians must rely on chillers to simulate the temperature environment of the components in actual work and test their performance in high and low temperature environments.

Equipment cooling

High-power equipment will inevitably generate a lot of heat during operation. If it is not handled in time, it will shorten the life of the equipment and affect production efficiency. recirculation chillers can help take away the waste heat generated by the equipment.

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FLTZ -100℃~90℃ Recirculation Chiller Specification

FLTZ -100℃~90℃ Recirculation Chiller for Semiconductor

FLTZ-100℃~90℃ recirculation chiller is indispensable in semiconductor manufacturing due to its extremely wide temperature range and precise temperature control capability.
 
Wafer processing, photolithography, etching, ion implantation and other processes have extremely strict temperature requirements, and they need to rely on water cooled chillers to provide stable ambient temperature to prevent temperature changes from affecting product performance.
 
During the packaging and testing phase, water chillers are used to control the thermal management of packaging equipment and improve the quality of chip packaging. At the same time, semiconductor chillers also support thermal cycle testing to help evaluate the stability of electronic components under extreme temperature conditions.
 
In addition, rerecirculation water chillers are also used to cool laser equipment, power modules and other high-precision electronic equipment to improve production efficiency, extend equipment life and reduce maintenance costs.
 
FLTZ-100℃~90℃ recirculation chiller has become an indispensable temperature control device in the semiconductor industry.

LNEYA provides customized chillers for you.

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Global service

Served more than 30,000 customers.
Exported to more than 20 countries.

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Certification patents

Has obtained CE certification, SGS certification, ISO certification.

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After-sales service

Provide comprehensive technical training.
With 24/7 solutions.

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Professional team

Founded in 2010, with 15 years of industry experience.
20% of employees are technicians.

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Quality control

Visual inspection.
Performance test.
Electrical safety test.

FAQ

The FLTZ chiller operates between -100℃ and 90℃ with ±0.05℃ accuracy, suitable for semiconductor, chemical, and pharmaceutical processes.

Semiconductor manufacturing, chemical reactions, pharmaceutical labs, environmental testing, and high-precision electronics rely on recirculating chillers for stable cooling.

It maintains constant temperature to prevent thermal drift in instruments like NMR spectrometers, electron microscopes, and mass spectrometers.