Bio-Mimetic Topology
Utilizing high-k polymers and a lung-inspired design, the ribbed tube geometry maximizes surface area and induces turbulence for enhanced heat transfer without the need for baffles. The completely non-metallic wetted path assures high purity for deionized water and sensitive process fluids, eliminating the risk of metal ion contamination.
Scaling Thermal Density to Infrastructure Levels
The P-HEX "Power Brick" is an infrastructure-scale thermal management system that parallels individual modular P-HEX units to deliver maximum capacity within a minimum physical footprint.
Engineered for Resistance and Efficiency
Scroll down to discover how thermoplastic architecture outperforms standard metals in heavy infrastructure.
Chemical Immunity
Excellent resistance across a wide range of industrial chemicals, brines, and solvents. Far superior to most metals, reducing maintenance downtime.
High Purity Assurance
A completely non-metallic wetted path makes this ideal for deionized (DI) water and sensitive process fluids where metal ion contamination is unacceptable.
Lightweight Architecture
Dry weight of approximately 27 kg (~60 lb) for the standard unit. Drastically simplifies handling and installation compared to steel equivalents.
Thermal Capability
Standard design supports operating temperatures up to 130 °C, with options for multi-megawatt paralleling.
Target Ecosystems
High-density, non-metallic cooling that saves space, ensures electric safety, and lowers PUE parameters smoothly.
Complete chemical immunity to heavy brines and salt compounds, radically minimizing industrial downtime cycles.
Efficient thermal management topologies optimized for infrastructure-scale deployment footprint constraints.
High-density, non-metallic cooling that saves space, ensures electric safety, and lowers PUE parameters smoothly.
Complete chemical immunity to heavy brines and salt compounds, radically minimizing industrial downtime cycles.
Efficient thermal management topologies optimized for infrastructure-scale deployment footprint constraints.