1. Autonomous Driving & EV Domain Controllers (ADDC)
The Challenge: High-compute AI chips (GPU/NPU) generate intense concentrated heat in confined automotive environments, where thermal throttling can compromise safety.
Our Solution: Our Vacuum Brazing radiators and high-lift pumps provide consistent thermal management for domain controllers and power semiconductors.
2. Advanced Robotics & Humanoid Joint Modules
The Challenge: Humanoid robots and industrial cobots require extreme miniaturization and high vibration resistance for their core joint motors and actuators.
Our Solution: We offer ultra-slim copper water blocks (as thin as 4mm) and lightweight aluminum radiators that integrate seamlessly into mobile robotic structures without adding excessive bulk.
3. Precision Medical & Bio-Tech Instrumentation
The Challenge: Diagnostic equipment like Digital PCR and Blood Purifiers demand ultra-precise temperature control (often within ±0.1°C) to ensure the accuracy of biological samples.
Our Solution: Utilizing Skived Fin technology and low-noise integrated cooling loops, we provide the steady-state thermal environment required for sensitive medical assays.
4. Industrial UAVs & Hydrogen Propulsion Systems
The Challenge: High-payload drones and hydrogen fuel cell UAVs generate massive thermal loads during long-endurance flights, requiring constant cooling of the propulsion system.
Our Solution: Our UX01 and AC series radiators are optimized for high-pressure circulation and extreme weight-to-performance ratios, supporting hydrogen fuel cells and high-rate battery packs.
5. New Energy & PEM Electrolysis Equipment
The Challenge: PEM water electrolysis and lithium-ion energy storage systems operate under high energy density and high pressure, requiring robust heat exchange interfaces.
Our Solution: Our industrial liquid cooling plates and large-format radiators are designed to handle high-pressure environments, ensuring efficient heat removal from electrolysis stacks and storage modules.
