High-Flow, Low-Resistance Liquid Cooling Connector
The new energy power and energy storage industries are entering a new era of large-capacity and highly integrated development.
With the mass production of 587Ah large battery cells, high-power converters, and inverters, system performance has significantly improved, while thermal management challenges continue to intensify. Liquid cooling has become the mainstream solution, but the flow resistance of liquid cooling connectors directly impacts cooling efficiency, energy consumption, and system reliability. A breakthrough in efficient heat dissipation is urgently needed.
Core Advantage — Ultra-Low Flow Resistance for Higher Efficiency
The Beisit PB-10 Liquid Cooling Connector is engineered to overcome large-capacity thermal management challenges through ultra-low flow resistance and multiple safety protections. Delivering efficient and stable connections, it has become the ideal partner for energy storage systems, unlocking maximum efficiency while ensuring stable operation.
Outstanding Tested Flow Resistance Performance
The PB-10 demonstrates exceptional low-resistance performance throughout operation, with optimized configurations achieving:
✔ 10 L/min: Minimum flow resistance of 2.9 kPa
✔ 15 L/min: Minimum flow resistance of 6.4 kPa
✔ 20 L/min: Minimum flow resistance of 11.5 kPa
Combined with a Φ32 large-diameter pipeline, the PB-10 effectively reduces flow resistance, improves cooling efficiency, and lowers both energy consumption and maintenance costs.
This enables:
- Faster heat dissipation
- Lower power consumption
- Precise adaptation to various liquid cooling application scenarios
- Full release of energy storage system performance potential
Flexible Connections for Worry-Free Integration
The PB-10 liquid cooling connector series offers a wide range of models, including:
- Elbow connectors
- Threaded elbow connectors
- Tee connectors
These options satisfy various pipeline branching and routing requirements.
Multiple sealing solutions — including face sealing, flange sealing, and radial sealing — ensure compatibility with different interface standards.
The 90° and 180° socket configurations support direct connection with:
- Nylon tubes
- Rubber hoses
Among them, the 180° version delivers lower flow resistance and higher efficiency.
Flexible combinations allow users to build stable and highly efficient liquid cooling pipelines while easily adapting to complex energy storage system layouts.
Multiple Safety Protections | Stable and Reliable in All Scenarios
Built on performance and secured by safety, the PB-10 continuously raises the standards for safe and reliable energy storage connections.
✔ Zero Leakage Protection
Integrated sealing structure combined with dual-layer sealing effectively eliminates coolant leakage risks at the source.
✔ Anti-Misoperation & Excellent Vibration Resistance
Its unique structural design prevents accidental operation and unintended loosening while delivering outstanding vibration resistance.
✔ Convenient Maintenance
Supports hot-swapping under 0.3 MPa pressure, making maintenance operations faster and more efficient.
✔ Wide Temperature Adaptability
Reliable operation from -40°C to +85°C, maintaining stability in extreme cold and harsh heat environments.
Beisit PB-10 Liquid Cooling Connector — A Thermal Management Leader for Large-Capacity Energy Storage
Breaking through thermal bottlenecks with ultra-low flow resistance, the PB-10 improves efficiency while reducing system resistance.
Multiple layers of safety protection provide a solid foundation for reliable operation.
Designed not only for 587Ah battery cells, but also for the next generation of large-capacity, highly integrated energy storage systems.
Post time: May-15-2026