Supercritical CO₂: The High-Performance Coolant You’ve Never Heard Of.

Описание: Supercritical CO₂ is changing how manufacturers think about machining coolant.

At high pressure and temperature, CO₂ enters a supercritical state, flowing like a gas while carrying heat like a liquid. This unique behavior allows supercritical CO₂ to deliver targeted cooling and efficient chip evacuation directly at the cutting zone, where traditional coolants fall short.

In real machining applications, supercritical CO₂ enables cleaner cuts, tighter tolerances, longer tool life, and a more sustainable process without flooding machines with fluid. From medical manufacturing to aerospace, scCO₂ is emerging as the next generation of high-performance cooling.

See how Fusion uses supercritical CO₂ in the field.

#supercriticalCO2 #cncmachining #machiningcoolant #manufacturinginnovation #precisionmanufacturing

LINKS:
LinkedIn:   / fusion-coolant  
Website: https://www.fusioncoolant.com/
YouTube:    / @fusioncoolantsystems4118  

TRANSCRIPTION
Most manufacturers know CO₂ as a gas. But at high pressures and temperatures, it becomes something entirely different: supercritical CO₂, a state where CO₂ behaves like both a liquid and a gas.
This supercritical phase gives it unique power in machining. It flows like a gas for fast chip evacuation, yet carries heat like a liquid to cool the cutting zone instantly.
Traditional coolants simply can’t reach the tool with this kind of precision.
In real machining footage, supercritical CO₂ delivers colder cuts, cleaner chips, tighter tolerances, and dramatically longer tool life — all without flooding the machine with fluid. This is why industries from medical implants to aerospace are adopting scCO₂ as the next evolution in high-performance cooling.
See how Fusion uses supercritical CO₂ in the field — link in the description.