Procool manufactures DC axial fans, DC blowers, DC centrifugal fans, and IP rated fans for automotive electronics, servers, telecom equipment, PV inverters, energy storage systems, home appliances, and medical devices.
Axial, centrifugal, blower, and IP rated options for diverse thermal limits and mounting spaces.
Tailor airflow, static pressure, and connectors to your cabinet drawing, not just standard stock.
Automotive-grade quality management ensuring consistency across 16 automated production lines.
Every unit passes electrical and operational checks to reduce cooling failures in the field.
Select the right structure based on your equipment's air duct layout, system resistance, and environmental exposure.
Ideal for moving large volumes of air quickly along the axis. Perfect for relatively open paths in servers, telecom equipment, inverters, and home appliances. Can be configured with PWM, FG, or RD functions. Must be selected based on cabinet impedance rather than just free-air airflow.
Explore DC Axial FansDraws air from the inlet and exhausts it at a 90-degree angle. Designed for tight spaces requiring directional airflow or localized cooling. Widely used in automotive headlights, smart toilets, small medical devices, and consumer electronics with narrow internal ducts.
Explore DC Blower FansEngineered to overcome high system resistance caused by filters, dense heat sinks, or long air ducts. Requires careful evaluation of both airflow and static pressure. Suitable for telecom power cabinets, energy storage systems, and industrial equipment.
Explore DC Centrifugal FansBuilt for harsh environments involving moisture, dust, or salt spray. Essential for PV inverters, outdoor energy storage, refrigerators, and automotive electronics. Protection levels must be matched with temperature cycling, wire exits, and installation methods.
Explore IP Rated FansStandard fan dimensions don't guarantee thermal performance. Procool engineering team evaluates your specific constraints to narrow down the DC fan selection, reducing repeated testing and structural modifications.
Different projects require specific materials, bearings, electronic components, and protection structures. We match the fan to your environmental reality.
A standard cooling fan may fail prematurely in an automotive headlight due to high heat, or in a PV inverter exposed to outdoor humidity and dust. We evaluate your operating environment to recommend the right solution.
Fans are often the longest-running components in your equipment. Speed drops, bearing wear, or lock-ups can lead to component derating, system alarms, and high after-sales costs.
We select hydraulic or dual ball bearings based on operating temperature and continuous running time. We match the working point to system resistance, preventing the fan from operating in inefficient zones.
Implement PWM speed control to lower noise and energy consumption during non-peak loads. Utilize FG signals for real-time speed monitoring and RD signals to identify lock-ups instantly.
Product lifespan depends on mass production stability. We perform electrical and operational checks on bulk batches, ensuring the mass-produced version matches the approved sample's critical parameters.
When standard mounting holes, wire exit directions, connector pinouts, or airflow curves don't fit your equipment design, Procool evaluates your drawings to provide precise mechanical and electrical integration.
Providing targeted thermal management for specific industry constraints.
Headlights, infotainment, wireless chargers, and seat ventilation. Requires resistance to high temp, vibration, voltage fluctuations, and strict mass-production consistency.
Servers, switches, telecom power cabinets. Demands high airflow, overcoming system resistance, continuous operation, and speed monitoring functions.
PV inverters, energy storage systems (BMS/PCS). Faces outdoor temp variations, dust, moisture, salt spray, and dense heat sink resistance.
Refrigerators, wine coolers, smart toilets, robot vacuums. Constrained by noise limits, damp environments, compact spaces, and long-term use.
Portable devices, testing equipment, analyzers. Requires ultra-low noise, compact structure, stable airflow, interface compatibility, and batch consistency.
VR headsets, 3D printers, portable electronics. Limited installation space, localized heat sources, noise sensitivity, and specific wire routing needs.
Procool operates 16 automated production lines and 4 manual production lines, supported by an engineering team with extensive Taiwan DC fan factory experience. We ensure the mass-production version strictly matches the approved sample.
Incoming material inspection followed by precise motor and impeller assembly.
Dynamic operational inspection, electrical parameter testing, speed, and current checking for every unit.
Noise or vibration evaluation where required, aging tests, final inspection, and packaging with full traceability.
Procool has established ISO 9001 and IATF 16949 quality management systems. CE, UL, TÜV, and RoHS compliance documentation can be confirmed based on your specific fan model and project requirements.
You don't need a complete technical file to start. Share your equipment type, installation space, target airflow, and existing thermal issues. Our engineering team will clarify the rest.
Application & limits
Airflow & pressure
Fan configuration
In customer equipment
Drawings & wiring
Control consistency
Quick answers to common mechanical, electrical, and supplier evaluation queries.
Even if the airflow or static-pressure target is not confirmed, share the equipment structure and current cooling issue for an initial review.
Helpful details to include:
anniech@dcfanmfg.com
+86 13538992575
Plant 1, No.10 Chuangxin Road, Jindu Town, Gaoyao District, Zhaoqing City, Guangdong