306+
Patents & Intellectual Property
60,000+ m²
Total Production Area
10,000+ Units
Annual Production Capacity
150,000+
Units in Global Operation
605
Professional Staff
This system enables import substitution of high-end optical mold temperature controllers. Accuracy ±0.1°C where It matters most.
The return water temperature display uses specially manufactured piping components high thermal efficiency rapid heating and multiple safety features.
Specifically designed for the high-temperature requirements of molding molds features indirect cooling for rapid heating and high efficiency.
Achieved a 30% cut in die-casting cycle time, more parts per shift. High-efficiency and stable operation provide a complete solution.
A cooler way to cut energy.
Higher system efficiency with a cooling tower closed-loop condenserdesigned for larger or continuousduty plants seeking energy performance and acoustic comfort.
With scroll rotary hermetic compressors built-in pump options and full refrigeration safeguards it s made for quiet efficiency and round-the-clock reliability.
Chill costs not quality With Optimized condenser fans and controls, It s Ideal where installation simplicity footprint, and quick deployment matter.
With semi hermetic screw compression, staged capacity control, and fully automatic color-touch operation, which is ideal where tower water isn't available.
Efficient · Stable · Precise · Multiple Models Available
Driven by innovation, AODE has been deeply engaged in the industrial chiller industry for over 22 years. With 306 patents and multiple international certifications, we provide leading and reliable cooling technology solutions to customers worldwide.
We operate 8 major production bases covering over 60,000 ㎡, with an annual output of more than 10,000 precision temperature control units. Our large-scale production ensures efficient delivery and stable supply, while offering a wide range of models for you to choose from.
AODE offers air-cooled, water-cooled, and screw-type industrial chillers, widely applied across chemical, pharmaceutical, semiconductor, 3C electronics, aerospace, and other industries.
The equipment features multiple safety protections, including phase sequence, high/low pressure, overload, and anti-freeze safeguards. It uses internationally renowned compressors and high-efficiency heat exchangers, with the entire unit constructed from SUS304 stainless steel and equipped with premium valves and electrical components, ensuring stable and reliable operation.
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.
Provides precisely controlled chilled water (or water-glycol) for battery, inverter, and drive system test benches and environmental chambers, ensuring stable setpoints, reduced thermal drift, and enhanced safety with optional alarms, trend analysis, and DCS connectivity.
Provides consistent cooling for mixers, calenders, extrusion lines, and presses, ensuring stable temperatures, preventing scorch, and improving product quality. Works with mould temperature controllers for uniform heat management.
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 chiller helps reduce porosity and thermal shock while protecting tooling over long runs.
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.
Provides controlled cooling for presses, molds, and post-cure fixtures, ensuring uniform heat removal, stable temperatures, and improved surface quality, while reducing cycle times.
We're seeking potential distributors with local service points in priority and OEM clients who can deliver integrated solutions on injection, die-casting and related industries for long-term strategic cooperation.
Distributors
Drive local sales and first-line delivery—sizing & quotation, install & commissioning, preventive maintenance, and spares. We prioritize partners with service locations in key industrial clusters and proven electrical/mechanical capability.
Co-suppliers
Provide temperature control integration (MTC/TCU, chillers, temperature-control islands) for injection/die-casting/extrusion/test OEMs or line builders—owning interfaces, interlocks, and joint commissioning for a plug-and-play system experience.
An Industrial Temperature Control Equipment Manufacturer Built on Strength and Scale
22 years of industry experience · Chiller units designed for over 10 years of service life
Proven high stability performance, significantly improving production efficiency, achieving energy savings of over 30%, and greatly reducing operating costs.
Continuous innovation delivers high-precision temperature control and superior energy efficiency.
5 Production Bases · 10,000+ Units Annually
Ensuring stable supply and fast delivery worldwide.
Patents & Intellectual Property
Total Production Area
Annual Production Capacity
Units in Global Operation
Professional Staff
At AODE, our operational framework is built upon a foundation of internationally recognized management systems. These certifications are not just badges of compliance; they are a testament to our deeply ingrained culture of quality, responsibility, and continuous improvement. They provide our global partners and customers with the absolute assurance that every AODE product is manufactured to the highest global standards. Our commitment is validated by certifications for:
A 150+ steps quality control system spans supplier review, incoming QC, in-process control, final test and shipment checks. Our inspection toolkit covers a materials analysis spectrometer, X-ray weld inspection, helium mass spectrometer leak detection for system leak-tightness, thermal imaging, and vibration testing equipment.
1. Comprehensive Technical Support Real-time production tracking during manufacturing for full transparency
2. Transparent Production Tracking Real-time production tracking during manufacturing for full transparency
3. 24-Hour After-Sales Response 24-hour after-sales support to address issues
4. Exclusive Dealer Support Exclusive spare parts and training to empower dealers for local markets
A:There is no minimum order quantity we can supply even a single unit.
A: 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.
A: 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.
A:Choosing the right industrial chiller depends on several factors:
1. Cooling capacity requirements: Select a chiller based on the heat load required by the equipment or process you are cooling. A chiller that is too large or too small will affect efficiency.
2.Operating environment: If your ambient temperature is high, you may need to choose a water-cooled chiller as it is generally more efficient.
3. Energy consumption: Choose energy-efficient equipment considering long-term operating costs. Chillers with variable frequency technology are even more energy-saving.
4.Cooling medium: Select a suitable cooling medium (such as water or ethylene glycol) and its temperature range to ensure it matches your production process.
5 Space and installation: Ensure the chiller's installation space meets requirements, especially since the installation environment and space requirements differ between air-cooled and water-cooled chillers.
A: To improve the energy efficiency of a chiller, you can start from the following aspects:
1.Choose a high-efficiency chiller: Select a variable frequency drive (VFD) energy-saving chiller. VFD technology automatically adjusts the cooling capacity according to the load, avoiding unnecessary energy waste.
2.Optimize the system configuration: Adjust the cooling water flow and temperature according to production needs to avoid over-cooling or over-operation.
3.Regular maintenance: Keep the chiller's internal components clean, and regularly clean the heat exchanger, evaporator, and condenser to ensure heat exchange efficiency.
4.Optimize piping design: Reduce pipe bends and losses to ensure smooth water flow and effectively improve overall energy efficiency.
A: We provide global after-sales support for overseas customers, including remote troubleshooting, spare parts supply, and installation guidance. The standard warranty is 12 months, with optional extended service. Our engineers can also provide on-site installation and commissioning support as needed, ensuring smooth and worry-free production.
Become a partner of AOD and receive our full support and substantial profits. Contact us for distributor contact information.
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