ACDCFAN R&D Center

Where R&D Excellence Shapes Your Future Cooling Experience

Empowering Your Vision

ACDCFAN’s Core Strength in Meeting Customer Customization Requirements

The R&D Lab at ACDCFAN is the heartbeat of innovation and continuous improvement in our organization. Here is where ideas are conceptualized, tested, and refined. Our team is constantly exploring new materials, designs, and manufacturing techniques to improve the performance, efficiency, and reliability of our cooling fans.

Your needs drive our innovation. ACDCFAN’s R&D is customer-centric, focusing on solutions that enhance your experience, elevate performance, and set new benchmarks in reliability.

Beyond innovation, ACDCFAN is committed to sustainable practices. Our R&D explores eco-friendly materials, energy-efficient technologies, and environmentally conscious solutions, reflecting our dedication to a greener future.

State-of-the-Art R&D Lab and Fan Testing Equipment

Our comprehensive laboratory guarantees that your cooling solutions perform exactly as promised under your specific field conditions.

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Aerodynamics & Airflow Lab

Generating precise P-Q (Pressure-Volume) curves to validate blade fluid dynamics. We ensure your custom fan delivers the exact airflow required, with little aerodynamic waste.

Wind tunnel test system

Air flow & Air pressure test

Temperature and humidity condition test

02

Extreme Climate Simulation

Generating precise P-Q (Pressure-Volume) curves to validate blade fluid dynamics. We ensure your custom fan delivers the exact airflow required, with little aerodynamic waste.

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Max Temp Tested

03

Salt Spray Evaluator

Subjecting custom prototypes to harsh, high-salinity conditions. We guarantee your cooling solutions will survive offshore wind power and coastal automation applications with absolute zero rust.

IP 68

Submersion Rated

C3-C5

Marine-Grade Salt Spray

Learn about Customization Program

Salt spray test machine

Salt spray environment simulation test

04

Acoustic & Vibration Control

Inside our dedicated Anechoic Chamber, we utilize advanced Noise Spectrum Analyzers to isolate specific frequencies and optimize motor dynamic balance. This exact engineering procedure offers the extremely quiet cooling performance needed in your noise-sensitive settings.

Backed by Numbers: Our Drive for Perfection

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Annual Revenue to R&D

We refuse to stagnate. The direct reinvestment of 5 percent of our yearly revenues back to our lab will make sure we always have the newest aerodynamic simulation packages and extreme-climate testing gear to ensure that we are always your most competent, steady, and high-tech partner in matters of industrial cooling.