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FLTZ -80℃~90℃

Have strong cooling capacity, wide temperature control range and precise temperature control accuracy (±0.05℃), and are designed for semiconductor, aerospace and other applications.

fltz series

-80°C

최저

90°C

최고

±0.05°C

온도 제어 정확도

have unparalleled advantages in low-temperature refrigeration applications.


모델 FLTZ-803W~810W
온도 범위  -80℃~+90℃
온도 제어 정확도 ±0.05℃(Steady state outlet temperature)
흐름 제어 7~45L/min 6bar max
Cooling capacityat-70℃ 0.6kW~3kW
난방 용량 2kW~3.5kW
Internal circulating fluid volume 4L~10L
확장 탱크 용량 10L~20L
Heat-conduction medium 불소화 액체
Cooling water@20℃ 1.8m3/h~6m3/h
치수 cm 550*700*1750~800*1200*1850

The recirculating water chiller system is a fully closed circulation system. It does not absorb moisture in the air at low temperatures, and does not volatilize heat transfer media or produce oil mist at high temperatures.


Compressor hot gas heating within -40 degrees Celsius
Variable frequency pump adjusts circulating fluid pressure and flow.




LNEYA has been focusing on low-temperature chillers for 15 years. Refrigeration below -60℃ is our advantageous temperature range. If you need, we can do -150℃
to meet your various application needs.


높은 정밀도와 높은 효율성을 보장하는 열쇠

애플리케이션

FLTZ -80℃~90℃
recirculating water chillers are often used in the front-end and back-end processes of semiconductors due to their excellent cooling capacity.

Lon implantation

Lon implantation is an important process in semiconductor manufacturing for adjusting the electrical properties of materials. This process requires strict temperature control to ensure the depth and distribution accuracy of ion implantation. FLTZ -80℃~90℃ recirculating water chillers can provide a stable temperature environment to improve implantation accuracy.

Wafer temperature control

Wafers need to be kept in a specific temperature range during the lithography and etching processes. FLTZ -80℃~90℃
recirculating water chillers can provide a stable low or high temperature environment to avoid temperature fluctuations affecting process effects.

Thermal cycle test

Semiconductor components will experience extreme temperature differences in actual use, so their reliability needs to be tested through thermal cycle tests.Recirculating water chillers can provide a temperature range of -80℃ to 90℃, simulating temperature fluctuations in actual working environments and testing the temperature resistance and stability of semiconductor components.

Other models for semiconductor industry

Thermal chillers

Temp range 5~90℃

온도 정확도 ±0.05℃

지금 문의 보내기
Process chillers

Temp range -25~90℃

온도 정확도 ±0.05℃

지금 문의 보내기
Low temperature chillers

Temp range -45~90℃

온도 정확도 ±0.05℃

지금 문의 보내기
Recirculation chillers

Temp range -100~90℃

온도 정확도 ±0.05℃

지금 문의 보내기

You can trust our Semiconductor chiller factory

General chillers use silicone oil, ethylene glycol aqueous solution, ethanol, DI, etc. as heat transfer media, while FLTZ -80℃~90℃ circulating water chillers use fluorinated liquid. This is because fluorinated liquid evaporates faster and is non-flammable, has better cooling effect and higher safety, and is often used for semiconductor process cooling.

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20개국 이상에 수출되었습니다.

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포괄적인 기술 교육을 제공합니다.
연중무휴 솔루션으로.

전문 팀

2010년에 설립되어 15년의 업계 경력을 보유하고 있습니다.
20%의 직원이 기술자입니다.

품질 관리

육안 검사.
성능 테스트.
전기 안전 테스트.

Due to the cooling temperature of the FLTZ -80 ℃~90 ℃ circulating water-cooled chiller being as low as -80 ℃, in order to ensure that you can use it even in hot environments, we have adopted a water-cooled condenser.

Generally, chillers use silicone oil, ethylene glycol aqueous solution, ethanol, DI, and other heat transfer media, while FLTZ -80 ℃~90 ℃ circulating water chillers use fluorinated liquid. This is because fluorinated liquid evaporates faster, is non flammable, has better cooling effect and higher safety, and is commonly used for semiconductor process cooling.

It has a wide temperature range and can easily achieve cooling from -80 ℃ to 90 ℃. Using this water-cooled chiller not only requires no equipment replacement, but also no medium replacement. By combining the model free self building algorithm with the cascade algorithm, it is possible to accurately control the temperature of remote targets and achieve rapid cooling. Send us an email directly to sales@cnzlj.com

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