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SUPERIOR HEAT DISSIPATION

Cooler systems.
Higher performance.

Design ohne Titel (8)
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ELECTRONICS, BATTERIES, AND TURBINES FAIL WHEN HEAT CAN’T BE REMOVED EFFICIENTLY.

Conventional designs, such as plate heat exchangers, cooling plates, and complex cooling channels, face various challenges, including limited thermal efficiency, pressure drop, and powder trapping.

THE SOLUTION WITH SPHERENE

ADMS generates continuous, high-surface-area channels that maximize heat transfer while staying clog-free and lightweight.

 

Key Benefits

  • Higher Thermal Efficiency  Maximizes heat dissipation in compact, lightweight geometries.
  • Predictable Performance Simulation-verified flow and pressure behavior under varied conditions.
  • Self-Draining Channels Minimizes clogging and ensures long-term reliability.
  • Compact, Lightweight Designs Optimized for minimal footprint without sacrificing performance.

HEAT EXCHANGER BY
cross-ING

Specifications

  • Boosted Thermal Efficiency: ADMS lattices expand the effective surface area, enhancing heat transfer and keeping systems cooler.
  • Lower Pressure Drop: Smooth ADMS pathways ensure steady, clog-free fluid flow for consistent performance.
  • Compact, High-Performance Design: Delivers outstanding results in a smaller footprint, saving space without compromising efficiency.
  • Predictable & Reliable Simulation: Lattice geometry provides consistent flow and thermal behavior, making further validation easier and more reliable.

 

cross-ING

Impact:

  • Doubled effective surface area improves heat dissipation efficiency.
  • Compact design reduces volume while maintaining thermal performance.
  • Self-draining ADMS channels increase reliability and prevent clogging.

In partnership with cross-ING 

visuals: Heat exchanger models created by cross-ING

HeatExchanger3

Other applications 

TURBINE BLADE WITH SPHERENE

  • Enhanced Heat Removal – High-surface-area ADMS channels boost thermal dissipation in turbine components.
  • Lightweight Design – ADMS lattices cut material use while preserving cooling efficiency.
  • Adaptive-Grade Metamaterial – Strength is reinforced in high-stress regions while lighter zones remain optimized for cooling.
turbine_blade_Spherene

EV BATTERY COOLING PLATE

  • High Thermal Efficiency  Spherene maximizes heat transfer, keeping battery modules within safe operating temperatures.
  • Lightweight Design Optimized channels reduce material usage, contributing to overall vehicle weight reduction.
  • Predictable Flow & Pressure For typical EV coolant flow rates, ensuring uniform cooling across all cells.
  • Compact Footprint Continuous channels allow high-performance cooling without increasing battery pack size.

 

EV Battery_Cooling Plate

Stay cool under pressure. Explore how Spherene can transform your thermal designs