AI's Heat Density Is Skyrocketing.
Is Your Cooling Strategy Obsolete?
With rack densities surpassing 20kW, traditional air cooling leads to throttling and hardware failure.
Extreme Heat Loads
Concentrated heat from GPUs overwhelms air convection, risking component lifespan.
Density Limitations
Air cooling forces you to space out servers, wasting valuable data center floor space.
Risk of Downtime
Thermal throttling leads to system instability and catastrophic downtime for critical AI tasks.
Rising Energy Costs
Fans consuming >20% of total power. PUE > 1.5 is no longer sustainable.
Why Traditional Air Cooling Fails in the 500W+ TDP Era
Don't let pump failure risk your million-dollar AI clusters.
From Concept to Mass Production: We Build What You Design
We bridge the gap between your design requirements and manufacturing reality. Our engineering team acts as an extension of yours -- reviewing blueprints, optimizing structures, and ensuring the final pump fits your system perfectly.
Electrical Customization
- Custom Voltage (5V-24V) & Power
- PWM / 0-5V / VR Speed Control
- FG Signal (RPM) Feedback
Mechanical Integration
- Custom Inlet/Outlet Orientation
- Molex / JST / Waterproof Connectors
- Specific Cable Lengths
Material Engineering
- Ceramic Shafts for Long Lifespan
- Compatible with Glycol & Dielectrics
- Food Grade Materials Available
Accelerate Your Design Process
Need to check the fit? Request verified STP / IGES files for thermal simulation and chassis integration.
Optimized Fluid Dynamics for Closed-Loop Systems
With rack densities surpassing 20kW, traditional air cooling leads to throttling and hardware failure.
Overcoming Micro-Channel Resistance
Modern AI cold plates (CPU/GPU) use dense micro-fins that create high flow restriction. Our High Static Head (up to 45M) ensures sufficient flow rate even under high back-pressure.
Intelligent PWM Integration
Don't run at 100% all the time. The pump accepts PWM signals directly from the mainboard/BMC, dynamically adjusting speed based on real-time CPU thermal loads to save energy.
Zero-Leak Magnetic Drive
In a closed loop, even the smallest leak is catastrophic. Our magnetic drive design eliminates the dynamic shaft seal, guaranteeing a leak-free operation for the server's entire lifecycle.
Meet our DC95 Series: Next-Generation Performance for AI Cooling
Specifically designed to meet the high flow and pressure requirements of demanding AI server cooling architectures. Building on our industry-leading pump technology, the DC95 offers unparalleled performance and reliability.
Industrial-Grade Validation: Built to Outlast the Server
We don't just design pumps; we torture-test them. Every DC95 unit undergoes a rigorous validation process to ensure zero failures in mission-critical environments.
Burn-In Test
Continuous operation at max load and high temperature to eliminate early-stage failures before shipping.
Noise Chamber
Validated in anechoic chambers to ensure noise levels strictly stay below 35dB at 1 meter distance.
Pressure Test
Static pressure testing of the pump housing to guarantee seal integrity under extreme hydraulic stress.
Climate Chamber
Cycling tests between extreme cold and heat to verify material stability and startup reliability.
ISO 9001:2015
CE Certified
RoHS Compliant
REACH Ready
Trusted by Innovators Worldwide
See how our engineering team helps global OEMs solve critical thermal challenges.
Perfectly matched our project needs.
We needed pumps for a new circulation system. BLDC offered customization services that perfectly matched our final project needs, and their team was always ready to assist with design.
350% sales increase in 2 years.
Delivery speed is super fast. With their custom labeling service and loyal partnership, my distribution business has seen a massive 350% increase in sales volume.
A solution provider, not just a vendor.
Instead of just selling products, they give suggestions to help select the proper pumps. This approach saved us time and helped keep more profits for our projects.