Wizz! | Super Hydrophilic Coating – 100ml

Description

Wizz! is a next-generation, biodegradable super hydrophilic coating engineered to transform the way your equipment moves through water.

Designed using advanced water-surface science, Wizz! creates an ultra-thin, water-attracting layer that bonds to your gear, improving glide, reducing drag, and protecting performance across repeated sessions.

Works on any surface. Ideal for:

• Hydrofoils
• Surfboards
• Propellors
• Hulls
• Fins

How to use

Directions to use: rub into surface with a dry cloth.
For best results – apply > air dry for 15 minutes > apply second coating > air dry for 15 minutes

Non-intrusive, does not damage the surface.
Shake well before use. Once open use within 6 months.
Lasts multiple sessions.
100ml – 100% recyclable PET Plastic bottle
Scented.

Cavitation Suppression

Cavitation occurs when local water pressure drops below vapour pressure, causing vapour bubbles to form and then collapse violently as pressure recovers. This is common on fast-moving marine surfaces such as hydrofoils, propellers, rudders, and pumps.

Reduced Surface Damage
The collapse of cavitation bubbles creates intense micro-shockwaves that can cause pitting, erosion, and material fatigue over time. Suppressing cavitation helps protect the surface and extend service life.

Improved Flow Stability
Cavitation bubbles disturb the boundary layer and can cause sudden loss of lift, drag spikes, or inconsistent handling. Reducing cavitation keeps flow smoother and more predictable, especially at high speed.

Reduced Noise and Vibration
Bubble collapse generates characteristic noise and vibration. Lower cavitation levels mean quieter, smoother operation.

VENTILATION SUPRESSION

Ventilation occurs when air from the atmosphere is drawn into the water flow, rather than vapour forming from pressure drop. This often happens when a surface pierces near the waterline or trailing vortices pull air downward.

Maintained Grip and Lift
Air ingestion can cause hydrofoils, propellers, or control surfaces to lose effective contact with dense water, reducing lift or thrust. Preventing ventilation preserves performance.

Improved Handling Stability
Ventilation can cause sudden surging, loss of lift, erratic steering response, or instability. Reducing it gives more consistent and controllable behaviour.

Reduced Noise and Disturbance
Entrained air can create rumbling, chatter, vibration, and turbulent wake effects. Limiting ventilation improves smoothness and comfort.

Enhanced Wetting and Adhesion

Continuous Water Film: Hydrophilic surfaces attract water, promoting the formation of a continuous, thin water film over the surface, rather than encouraging discrete droplets or large air pockets. This is particularly relevant when the surface is not fully submerged or is transitioning in and out of the water.

Improved Performance at Low Angles of Attack (0<90 = hydrophilic): Research indicates that the difference in cavitation and ventilation inception is more apparent at smaller angles of attack, where the flow is smoother and more attached. In these conditions, the hydrophilic surface properties lead to improved flow characteristics compared to hydrophobic surfaces.

In essence, a hydrophilic surface helps to maintain optimal hydrodynamic flow characteristics by interacting favourably with the water, leading to a more efficient, durable, and stable experience on a surface through water.

Disclaimer: This product has been rigorously tested to have lasting effects. There are many variables which can effect the longevity of this product including but not limited to water quality, temperatures, equipment, session lengths.