Blockchain Technology

1. Industry Demand

Blockchain data center scenarios cover mining machine heat dissipation, node device temperature control and server cooling. High-density computing generates concentrated heat with continuous 7×24 high-load operation, easily causing hash rate attenuation and equipment failure. Heat exchangers require ultra-high heat flux density, compact integration, low noise and high stability to ensure consistent computing performance, data security and long-term reliable operation.

2. Core Working Stations

Core scenarios include high-density mining machine heat dissipation, medium-high power server cooling, large-scale cluster thermal management, flexible temperature control for distributed nodes and overall room temperature regulation. Suitable for centralized data centers and distributed node layouts, it supports stable computing, equipment life extension and unattended efficient operation.

3. Core Equipment

1. Nexson GreenPrinted PCHE: Flagship equipment for high-density computing, ultra-compact with extreme heat transfer density, preventing overheating hash rate loss and supporting high-density cabinet deployment; 2. Thermowave ThermoMicro Brazed Heat Exchanger: Core cooling unit for servers, leak-free and low-noise, stabilizing equipment temperature and securing data safety under dynamic loads; 3. Nexson GreenBox Fully Welded Heat Exchanger: Main equipment for large mining clusters, structurally stable and maintenance-free, balancing overall temperature for continuous cluster operation; 4. Thermowave Thermoline Gasketed Heat Exchanger: Specialized for distributed nodes, detachable and scalable, ensuring stable node connection and consistent network operation; 5. Nexson GreenSpiral Spiral Heat Exchanger: Auxiliary temperature regulation equipment, anti-fouling and durable, optimizing overall residual heat balance for full-site thermal management.