physical treatment of cutting fluids enables green
and efficient machining, extending equipment life,
reducing environmental pollution, and lowering
production costs.
Key advantages:
lEnhanced cutting fluid performance
lImproved cooling and lubrication.
lExtended equipment life
lReduced wear and less maintenance.
lLower production costs: Reduced cutting fluid consumption and increased production efficiency.
lEnvironmental friendliness: No chemical additives and reduced waste
Improve cooling effect (mass and heat transfer)
Nano-bubbles can enhance the heat exchange efficiency of cutting fluid.
During the cutting process, the tiny size and high internal air pressure of the nanobubbles help to accelerate the conduction of heat, thus improving the cooling effect.
Improve lubrication performance
Nano-bubbles form a tiny network of bubbles in the liquid, enabling a more uniform lubrication film on the surface of the tool and workpiece, reducing friction and wear, there by improving machining accuracy and surface quality.
Reduce cutting force and cutting temperature
Due to the tiny size and high surface area of the nano-bubbles, the effective components in the cutting fluid can be better penetrated into the machining surface, reducing the coefficient of friction, reducing the cutting force and cutting temperature during the cutting process, thereby improving the heat dissipation capacity and improving the processing efficiency.
Sterilization and deodorization
After the bubble burst, a large number of hydroxyl radicals are produced, which has strong oxidation, oxidation of organic matter, decomposition of odor molecules, so as to achieve deodorization and sterilizationeffect.
