The science of
nanobubbles.
Sub-150 nm in diameter. Stable for 24+ hours. Negatively charged. Understand why nanobubbles transform every system they enter.
Smaller than a wavelength of visible light. Held stable by electrostatic charge. Capable of carrying gases, active ingredients, and energy to places nothing else can reach.
How nanobubbles work.
Extraordinary stability.
Unlike conventional microbubbles that dissolve in seconds, Nable's nanobubbles remain stable in liquid for 24 hours or more — enabling practical, scalable deployment across industries.
Ultra-small.
Sub-150 nm diameter allows penetration of biological barriers inaccessible to larger particles.
500× more dissolved O₂.
Delivers dissolved oxygen directly to plant roots and skin cells far more efficiently than standard aeration.
Negative surface charge.
Electrostatic repulsion between bubbles prevents coalescence, maintaining a stable dispersion indefinitely.
From agriculture to medicine, nanobubbles are changing every industry they touch.
One underlying technology platform. Infinite applications.
Works in any medium.
Nanobubbles can be generated in water, oil-in-water emulsions, and other liquid systems — opening applications across every field.
Lab to industrial scale.
Nable's generation systems are engineered for real-world deployment — from benchtop R&D to field-scale operations.
Stable by design,
powerful by nature.
Nable nanobubbles carry a strong negative zeta potential — typically −25 mV to −45 mV. This surface charge repels neighbouring bubbles, preventing them from merging and collapsing. The result is a dispersion that holds its concentration reliably from generation to point of use.
- Strong negative zeta potential prevents bubble coalescence
- Consistent concentration from production to application
- Stable at ambient temperature and pressure for 24+ hours
- Scalable generation from lab bench to field deployment
The same science,
every industry.
Nable's nanobubble generation technology is a horizontal platform. The same underlying physics — small size, long stability, high gas transfer — drives results in agriculture, skincare, medicine, and industrial cleaning alike.
- Agriculture: oxygen-rich irrigation for higher crop yields
- Aquaculture: increase yield through improved oxygenation
- Cleaning: chemical reduction with improved surface lift
Scale with nanobubbles.
Whether you're an agricultural operator, skincare brand, pharmaceutical company, or industrial facility — Nable has a platform for you.