Estimated chiller system Cost
Cooling Capacity
What's the water temperature range?
Preferred cooling method?
Power supply available?
Industrial Chiller Unit Types
MINNUO offers air-cooled, water-cooled, screw and low-temp chillers from 3KW to 10000KW.Factory direct • Export ready • Customizable • CE & ISO Certified
Industrial Chillers

Air-Cooled Chiller
Temp Range:
5°C - 30°C
Compressor:
Scroll/Screw Type
Refrigerant:
R134a
Refrigeration Range:
25KW - 7875KW
Applications:
Plastics, Laser, HVAC

Water-Cooled Chiller
Temp Range:
5°C - 30°C
Water Tower:
Required
Refrigerant:
R134a
Refrigeration Range:
70KW - 10000KW
Applications:
Injection molding, Industry cooling

Low-Temperature Chiller
Temp Range:
-80°C - 0°C
Anti-freeze:
Protection included
Refrigerant:
R404A
Refrigeration Range:
55KW - 2439KW
Applications:
Electroplating, Pharma, Chemical
Mold Temperature Controllers

Oil Type Mold Temperature Controller
Heating Power:
3 - 72 kW
Heating Medium:
Thermal Oil
Temperature Range:
3°C - 350°C
Accuracy:
±0.1°C
Applications:
Die casting, Rubber molding, High-temp processes

Not sure which system fits your process?
Contact our engineers for a free consultation and selection guide.
Key Components of an Industrial Chiller Unit

Refrigeration compressor
It uses the internationally renowned Japanese Panasonic brand compressor to provide continuous and strong power support for the refrigeration cycle system, with high energy efficiency, low noise, reliability and durability.

Water pump
Equipped with high-quality impellers and energy-saving motors, it can accurately drive the circulation of cooling water, adapt to different flow and pressure requirements, operate stably, and have low energy consumption, ensuring the continuous circulation of water.

Coil evaporator
It uses high-efficiency heat exchange copper tubes and optimized flow channel design, with high heat exchange efficiency, which can quickly convert refrigeration potential into low-temperature power and accelerate water cooling.

Condenser
It adopts a structure that combines high-efficiency heat exchange fins and copper tubes, and cooperates with the top fan to force heat dissipation, which can quickly condense the gaseous refrigerant into liquid and ensure the recycling of the refrigerant.

Fan
Low noise, high air volume, targeted assistance to condenser heat dissipation, accelerated heat dissipation, and significantly improved condensation efficiency.

Pipeline interface
The nozzles are made of a corrosion-resistant alloy and feature clear functional areas, with the outlet, return, inlet, and drain ports clearly marked. Operational instructions and basic troubleshooting instructions are also provided.

Electric control cabinet
Equipped with high-quality electrical components and modular circuit design, it has high integration and precise control, can quickly respond to temperature adjustment needs, and ensure stable equipment temperature.
Do You Need Clean, Stable Air Supply Too?

Pair your chiller with a professional air compressor solution.
Who We Are
Your Cooling Solution Partner

CE & ISO
Certified Factory
Certified Factory

3,000+ Units
Exported Worldwide
Exported Worldwide

1:1 Technical
Guidance & Design
Guidance & Design

OEM / ODM Available

Full Documentation for Export
What Problems Are You Trying to Solve?
?
Temperature fluctuation affecting your process quality?
?
Equipment overheating and frequent alarms?
?
Unsure whether to choose air-cooled or water-cooled?
?
Tight budget but complex cooling demands?
MINNUO doesn’t just sell chiller units — we deliver complete cooling solutions:

On-demand model selection

Air / water cooling options based on site

1-on-1 technical support

Full specs and piping diagrams
Trusted by 100+ Clients Across Industries

90kw high temperature oil type mold temperature controller

100HP air-cooled chiller with water tank

Chiller workshop display
What Problems Are You Trying to Solve?
1
Cooling Capacity
Indicates how much heat the chiller can remove per hour. Calculated based on equipment heat load:
Q = C × M × ΔT
(Heat capacity × Flow rate × Temp difference).
⚠️ Recommend reserving 10–20% extra capacity for peak loads.
Unit: kW / kcal/h / USRT (1 USRT ≈ 3.517 kW)
Q = C × M × ΔT
(Heat capacity × Flow rate × Temp difference).
⚠️ Recommend reserving 10–20% extra capacity for peak loads.
Unit: kW / kcal/h / USRT (1 USRT ≈ 3.517 kW)
2
Water Flow Rate
Matches cooling capacity. Typically:
1 kW ≈ 3–5 L/min
Ensures effective heat exchange.
Unit: m³/h or L/min
1 kW ≈ 3–5 L/min
Ensures effective heat exchange.
Unit: m³/h or L/min
3
Inlet/Outlet Water
Temperature
Temperature
Affects cooling calculation and heat exchanger sizing.
Common ΔT: 5°C
Smaller ΔT = higher efficiency, but requires larger heat exchanger.
Common ΔT: 5°C
Smaller ΔT = higher efficiency, but requires larger heat exchanger.
4
Cooling Method
Water-cooled: Needs cooling tower, suitable for large capacity or high-temperature environments.
Air-cooled: No water source needed, ideal for dry or mobile setups.
⚠️ Above 35°C, air-cooled efficiency may drop by 8–12%.
Air-cooled: No water source needed, ideal for dry or mobile setups.
⚠️ Above 35°C, air-cooled efficiency may drop by 8–12%.
5
Power Supply
Match voltage and frequency:
Typical: 220V / 380V / 50Hz
Units >200 kW need 3-phase power
Confirm max power capacity on-site.
Typical: 220V / 380V / 50Hz
Units >200 kW need 3-phase power
Confirm max power capacity on-site.
Fill in your application details
— we’ll match the right model within 24 hours.
— we’ll match the right model within 24 hours.
Logistics and delivery guarantee
Export-Ready, Globally Trusted
Export-standard
packaging
packaging
CE, ISO, Form E/C/O
Available
Available
Door-to-door logistics
supported
supported
Online installation &
after-sale guidance
after-sale guidance