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Product Range
Industrial Chiller Units
Water-Cooled Chiller
Higher system efficiency with a cooling tower/closed-loop condenser—designed for larger or continuous-duty plants seeking energy performance and acoustic comfort.
Air-Cooled Chiller
Packaged cooling without a cooling tower—ideal where installation simplicity, footprint, and quick deployment matter. Optimized condenser fans and controls support stable outlet temperatures and lower maintenance.
Benefits at a Glance
Industrial Chiller Units for Process Cooling
AODE chiller series products mainly include air cooled industrial chiller, water cooled industrial chiller, air-cooled screw chiller, water-cooled screw chiller, which are widely used in chemical industry, pharmaceuticals, energy storage, 5G materials, 3C communications, circuit boards, semiconductors, military industry, aerospace industry, rail transportation, optical lenses, sheet/board/circuit boards, and so on. Film material, dyeing and printing, rubber, injection moulding, packaging, drying, thermoforming of composite material, carbon fiber products and other industries.
The unit has complete protection functions, including power phase sequence, high and low pressure, motor overload, anti-freezing protection, etc.
Adopt international well-known brand compressor, high-efficient threaded tube heat exchanger.
Tank and water pipe material is stainless steel SUS304.
Refrigeration valves using Danfoss, Emerson and other well-known brands.
Electrical components using ABB, Siemens, Omron and other well-known brands.
Application Solutions
Industrial Water Chiller System
Die Casting Industry
Injection Molding Industry
Film Industry
Composite Material Industry
Pharmaceuticals Industry
EV Components Test
Rubber Industry
Semiconductors
Provides reliable cooling to oil/water circuits, hydraulic units, and peripherals to manage high thermal loads in aluminum, zinc, and magnesium die casting. Coordinated with temperature control units, the industrial chiller units help reduce porosity and thermal shock while protecting tooling over long runs.
The process chiller manufacturers steady process water (or water–glycol) to maintain a tight inlet temperature to molds and auxiliary equipment. Paired with mould temperature controllers (MTC/TCU), it absorbs peak heat at start-up and stabilizes cycle time and surface quality.
Delivers constant supply temperature to dies, calendar rolls, and cooling tanks, minimizing thickness variation and edge instability. For continuous lines, blown film coolers offer superior energy performance; blown film chillers suit compact, cell-based retrofits.
Supplies controlled cooling to presses, molds, and post-cure fixtures to manage ramp/soak profiles and extract heat uniformly from large tools. When paired with temperature controllers, the air cooled industrial chiller promotes dimensional stability and surface quality while shortening turnaround between cycles.
Ensures consistent cooling for reactors, jacketed vessels, and packaging lines while supporting documentation and audit needs. Stable outlet temperature, alarms, and trend logs help maintain product quality and compliance.
Supplies tightly controlled chilled water (or water–glycol) to battery pack/inverter/drive-system test benches and environmental chambers. Stable setpoints reduce thermal drift in sensors and power electronics; optional alarms, trending, and DCS connectivity improve safety and traceability during endurance and thermal-cycle tests.
Chill roll chiller delivers consistent cooling for internal mixers, calenders, extrusion lines, and molding presses—controlling roll and tooling temperatures to prevent scorch, improve dimensional stability, and enhance surface finish. Integrated with mould temperature controllers, the chiller balances heat removal across zones for repeatable curing profiles.
Semiconductor chiller provides low-fluctuation cooling for packaging/molding tools, process chambers, and test equipment where temperature stability and clean loops are critical. Communication options enable coordination with MTC/TCU for repeatable ramp/soak profiles and batch records.
FAQs
Industrial Water Chiller System
What information is needed for industrial chiller sizing?
For accurate industrial chiller sizing, you should provide the required cooling capacity, inlet and outlet water temperature, water flow rate, cooling medium, ambient temperature, equipment heat load, and operating schedule. It is also helpful to share your application industry, such as injection molding, die casting, food processing, chemical production, or semiconductor manufacturing.
If the chiller will be connected to several machines, the total heat load and pipe layout should also be considered. With this information, AODE can help select the right industrial chiller unit and design a reliable industrial chiller system for your production process.
Can one industrial chiller serve multiple machines?
Yes. One industrial chiller can serve multiple machines if the cooling capacity, water flow, pressure, and temperature control range are properly designed. In many factories, a centralized industrial chiller system is used to supply chilled water to several production machines at the same time.
However, the system should be planned carefully. Each machine may have different cooling requirements, so the piping design, pump capacity, water tank size, and control method need to match the total heat load. For production lines with future expansion plans, multiple industrial chiller units or a scalable industrial chilled water system can also be considered.
How to choose an industrial chiller system?
To choose the right industrial chiller system, you need to consider the required cooling capacity, outlet water temperature, flow rate, process heat load, ambient conditions, and daily operating hours. Different applications may require different industrial chiller units, such as air-cooled chillers, water-cooled chillers, or screw chillers for larger cooling demands.
For stable performance, it is also important to check the installation environment, power supply, water quality, and whether the chiller needs to work with existing equipment or a centralized chilled water cooling system. If you are not sure about the correct model, AODE can help evaluate your process requirements and recommend a suitable industrial process chiller solution.
Air-cooled vs. water-cooled—how should we choose?
Choose by utilities, energy goals, noise limits, and footprint. Air-cooled units install fast and need no cooling tower; water-cooled units pair with a tower/closed loop for higher system efficiency and lower noise in continuous duty.
What information do you need to size an industrial chiller?
Heat load (kW), target supply/return temperatures, required flow/pressure, medium (water or water–glycol), ambient conditions, utilities (power/water), layout, and any compliance needs.
Can one chiller serve multiple machines or lines?
Yes—use a buffer tank/manifold with balanced branches, isolation and check valves, and flow control; coordinate setpoints and alarms via MTC/TCU or DCS/SCADA.
Contact Us
Get Your Temperature Control Solution
Tell us about your process, and our engineers will size the right mould temperature controller.
Share basic details and we'll return a tailored proposal and timeline within one business day.
