Explosion-proof Customized
High Temperature · Low Tempeature · Ultra Low Temperature

Air cooled chillers absorb heat from process water, and the heat is then transferred to the air around the chiller unit. This type of chiller system is generally used in applications where the additional heat it discharges is not a factor.

Ultra-low temperature, low temperature, normal temperature, high temperature, four temperature control range.

SUNDI series : Temperature control of various reactors and raw materials, temperature simulation of vehicle component quality testing and temperature control of chip manufacturing process.
TES series : Temperature control of chip manufacturing process; Fuel oil test heating and cooling.
WTD series : Special for temperature control of microchannel reactor.
KRY series :Temperature simulation of vehicle component quality test; Temperature Simulation of Automobile Antifreeze Test
LT LJ CDLJ series : Refrigeration cooling unit for Extraction, Winterization, Crystallization, Chemosynthesis process etc.

ZLJ SLJ series: Cryogenic gas equipment, used in semiconductor manufacturing process, gas condensation and capture.

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A Chiller for Every Application

We have developed and implemented numerous options to help our customers find cost-effective industrial cooling solutions. We have an experienced team ready to assist you with your specific requirements. For your convenience, if you have any specific needs, please feel free to call or email and we will promptly respond to your request.

Air Cooled Chillers Vs Water Cooled Chillers

  • Air cooled chillers require less maintenance than water-cooled chillers.
  • Air cooled chillers do not require a cooling tower or a condenser water pump.
  • Consume approximately 10% more power than a water-cooled unit due to wet surfaces transferring heat better than dry surfaces.

High & Low Temperature Control For Chemical Reactions

ModelCooling Capacity  Heating PowerCirculation PumpPower 220V 380V
SUNDI -10℃~200℃1.5kW~15kW2.5kW~15kW20L/min 2bar~75L/min 2.5bar3.6kW~20kW
SUNDI -25℃~200℃1kW~200kW2.5kW~200kW20L/min 2bar~600L/min 2.5bar4kW~260kW
SUNDI -25℃~300℃1kW~200kW2.5kW~200kW20L/min 2bar~600L/min 2.5bar4kW~260kW
SUNDI -45℃~250℃0.45kW~200kW3.5kW~200kW35L/min 2bar~600L/min 2.5bar6.5kW~280kW
SUNDI -60℃~250℃2.5kW~60kW0.25kW~60kW20L/min 2bar~250L/min 2.5bar5kW~95kW
SUNDI -70℃~250℃0.4kW~15kW2.5kW~15kW20L/min 2bar~110L/min 2.5bar5.2kW~28kW
SUNDI -25℃~200℃ 1&21kW*2~10kW*22.5kW*2~10kW*220L*2/min 1.5bar~50L*2/min 2bar7.5kW~31kW
SUNDI -40℃~250℃ 1&20.45kW*2~10kW*22.5kW*2~10kW*220L*2/min 1.5bar~60L*2/min 2bar8kW~33kW

High &Low Temperature Control For Semiconductor Test

ModelHeating PowerRefrigerating OutputTemp. control AccuracyPowerCirculation Pump
TES -45℃~250℃2.5kW~25kW0.25kW~25kW±0.3℃6kW~36kW20L~150L/min2.5bar
ZLJ -80℃~-15℃Air-cooled±0.5℃
AES -115℃~2250℃Cooling Water @25℃ 0.6m³/h~3m³/h±1℃3.7kW~7.5kW10m³/h~30m³/h 5bar~7.6bar

High &Low Temperaute Chillers For Vehicle Test

ModelHeating PowerCooling CapacityTemp. Control AccuracyPower
KRY  -40℃~+100℃5.5kW~38kW1.2kW~60kW±0.5℃12kW~82kW
KRY 0℃~+100℃2.5kW~38kW1.8kW~60kW±0.5℃6.5kW~50kW
KRY -25℃~+100℃5.5kW~25kW2.8kW~38kW±0.5℃11kW~45kW

Customer’s Instance Application

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