The chemistry of clean

Our pre-clean uses a thermally optimized alkaline presoak, heated to 120°F to increase kinetic energy in surfactant molecules. This temperature intensifies the breakdown of both polar and non-polar contaminants, disrupting covalent bonds within hydrocarbon chains. By priming the surface on a molecular level, we achieve a clean foundation for maximum bonding.

Our surfactants feature amphiphilic molecules with dual-affinity structures: hydrophilic heads adhere to water, while hydrophobic tails target lipid-based contaminants. Leveraging ionic dispersion forces and electrostatic interactions, these molecules detach grime while keeping the pH at an optimal level of 7. This tailored balance primes the surface for seamless bonding layers.

Our ion-bonded matrix layering employs like-like ionic cohesion to form a structured nano coating. This layer integrates ceramic oxide, graphene oxide, and next gen hybrid nanotechnology, filling in micro-abrasions and enhancing surface stability with covalent-like bonds. The outcome is a reflective, hydrophobic barrier that merges seamlessly with in our Ultima package, delivering resilient, long-lasting protection.

The heated AeroDry system utilizes computational fluid dynamics (CFD) to optimize airflow for precise moisture removal, producing a high-velocity stream at 1.2 cubic meters per second. Dynamically adjusted pressure zones target tricky areas like mirrors and crevices, employing Bernoulli’s principle to eliminate micro-beading and ensure uniform, spot-free drying.