Innovations in Cleaning and Surface Modification

Understanding Nanobubbles and Their Benefits

Integrating nanobubble technology into your cleaning and CIP systems is a seamless upgrade, seamlessly fitting into your existing infrastructure. With no ongoing costs, no moving parts, and minimal maintenance requirements.

Nanobubbles 101 Overview

Research-Driven Project Approach

improved soil and residue removal, enhanced disinfection, and decreased reliance on harsh chemicals – all while enjoying the economic and operational benefits of our stress-free, cost-effective solution.

Nanobubbles Overview

Explore the fundamentals, benefits, and research of nanobubbles.

DEGREASING

Dissolving carbon dioxide gas in water using Ultra-Fine Bubble (UFB) technology produces a solution with a reduced pH due to the formation of carbonic acid. This acidic solution effectively breaks down grease, allowing it to be wiped away with ease.

METAL CLEANING

Nanobubble solution is highly effective in cleaning metallic surfaces, as it efficiently breaks down and removes both dirt and oil. The end result is a surface that not only looks immaculate but also exhibits a remarkable, high-gloss shine, demonstrating the exceptional cleaning power of this method.

WINDOW CLEANING

Nanobubble can effortlessly remove dirt from window surfaces and is also highly effective for cleaning solar panels. The result is a pristine, streak-free shine on both types of surfaces, ensuring they remain spotless and efficiently maintained.

FOOD CLEANING

Research-driven approach supporting innovative nanobubble applications and solutions.

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Nanobubbles Insights

Explore the fundamentals, benefits, and unique characteristics of nanobubbles in various applications.

Chemistry Behind the Cleaning Effect

The electrical interaction of the system is evident in the negatively charged bubbles, which effectively adhere to dirt and oil. This characteristic enhances the cleaning process by attracting and capturing contaminants, facilitating their removal.

Proven Benefits

The presence of ultra-fine bubbles (UFBs) increases the surface area, which enhances the wettability of the surface. This increased wettability leads to improved lubricity, as the larger volume of the surface area created by the bubbles allows for better distribution of the lubricant.

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Reach out for inquiries regarding nanobubbles or our research.