Lightweight. Modular. Thermally Optimized. Built for the Next Generation of AI Computing.
Why Aluminum Is Becoming the Structural Standard
AI servers generate extreme heat density and require structural materials that balance strength, weight, and thermal performance.
Aluminum offers superior strength-to-weight ratio, enabling faster installation and reduced floor load.
Excellent thermal conductivity supports both air and liquid cooling architectures.
Fully compatible with modular, scalable, and ESG-oriented data center design.
Our Aluminum Infrastructure Solutions
Server Rack & Frame Systems
Aluminum extruded frames for AI server racks and enclosures
High rigidity with reduced material mass
Structural Beams & Modular Profiles
Custom extrusions for data hall structures and equipment support
Designed for rapid assembly and future expansion
Cooling Channels & Airflow Structures
Aluminum airflow guides and liquid cooling structural channels
Optimized geometry for heat dissipation efficiency
Lightweight High-Strength Alloys
Engineered aluminum alloys tailored for data center environments
Balance between mechanical strength and thermal performance
Designed for Advanced Cooling Architectures
Modern AI data centers are shifting from traditional air cooling to hybrid and liquid cooling systems.
Our aluminum infrastructure is engineered to support:
High-density airflow management
Liquid cooling plates and channels
Future-ready immersion and hybrid cooling layouts
Material Innovation: Beyond Aluminum
For applications requiring enhanced thermal or functional performance, we integrate advanced materials into aluminum systems, including:
Graphene-enhanced thermal coatings
CNT-based conductive and functional layers
Custom hybrid material solutions for demanding AI workloads
Typical Application Scenarios
AI & HPC Data Centers
Cloud Computing Facilities
Edge Data Centers
Liquid-Cooled Server Rooms
Let’s Build the Infrastructure Behind AI
