Recirculating Chiller Fluid – -120°C ~ +30°C

Recirculating Chiller Fluid – -120°C ~ +30°C

Recirculating chiller fluid is a water cooling equipment that can provide cooling water equipment with constant temperature, constant flow and constant pressure. Using non-start-stop refrigeration technology, combined with PID temperature control, the cooling is fast and the temperature is stable. It is very suitable for some equipment that requires precise constant temperature cooling. The design and manufacture of the equipment can provide excellent technical indicators and reliability in the industry, and it is a cooling equipment with high precision and high stability. Recirculating chiller fluid can provide models with different cooling output, which can be used in various laboratories and production fields to meet different cooling constant temperature requirements.

The working principle of recirculating chiller fluid:

The equipment operates through three interrelated systems: refrigerant circulation system, water circulation system, and electric appliance automatic control system.

Recirculating chiller fluid is to inject a certain amount of water into the water tank in the machine first, cool the water through the refrigeration system, and then send the low-temperature chilled water to the equipment to be cooled by the water pump, the chilled water will take away the heat of the equipment to be cooled and then the temperature will rise High re-sealed flow back to the water tank to achieve the cooling effect. The cooling water temperature can be automatically adjusted according to requirements, and long-term use can save water. Therefore, recirculating chiller fluid is a standard energy-saving and environmental protection equipment.

Application fields of recirculating chiller fluid:

Chemical and biological fields: AAS, ICP, ICP-MS, nuclear magnetic resonance, rotary evaporator, biological fermenter, chemical reactor (synthesizer), etc.

Semiconductor and material fields: electron microscope, X-ray diffraction, X-ray fluorescence, molecular beam epitaxy, ICP etching, chemical deposition system, atomic deposition system, pulsed laser deposition, fatigue testing machine, etc.;

Industrial fields: various lasers, magnetic fields, molecular pumps, vacuum electron beam welding, extrusion machines, machine tools, etc.;

Medical field: low magnetic field nuclear magnetic resonance, superconducting magnetic resonance, linear accelerator, CT, X-ray machine, etc.;

Laser field: solid-state lasers, laser etching, laser welding, laser marking, etc.

カスタマイズされたソリューション

低温チラー（水冷式または空冷式）

超低温カスケード冷凍技術。

各温度セグメントには、十数種類の製品モデルがあり、その中から選ぶことができる。

循環式チラー水冷または空冷)

閉鎖循環パイプライン、エチレングリコールと水を混合して冷凍する。

室温チラー/小型チラー

高精度冷凍温度制御システム。

直接冷却式冷凍機

熱交換面積が小さく、熱交換が大きい場所に適している。

直接冷却式超低温チラー

超低温直接冷却チラーは二次サブクーリング技術を採用し、冷却速度が速い。冷凍システムの冷媒は直接出力され、冷却のためのターゲット制御要素（熱交換器）に蒸発する。