Milano Soap Dispenser White Hsd -F9302 - Made In China

Touchless Operation with Infrared Sensor Equipped with a precise infrared motion sensor for hands-free soap dispensing, reducing the risk of cross-contamination and promoting hygiene in any setting.

Compact and Minimalist Design Features a sleek, vertical design with a glossy white finish, perfect for small spaces or modern bathrooms, kitchens, or commercial restrooms.

Battery-Powered for Versatile Placement Operates on AA batteries (not included), allowing for cordless installation without the need for a power outlet, making it easy to place anywhere.

Wall-Mountable for Space-Saving

Simple Refill System

Use the Right Soap – Use liquid soap or foaming soap recommended for this. Avoid thick or grainy soaps that may clog the nozzle.

Regular Cleaning – Wipe the exterior with a damp cloth and mild detergent to prevent soap buildup and bacteria.

Keep It Dry – Place the dispenser in a dry area to prevent water damage, especially for battery-operated models.

Refill Properly – Use the designated refill method to prevent soap leakage or sensor malfunction.

Don’t Overfill – Overfilling the soap reservoir can cause spillage and damage the unit.

Don’t Use Water to Clean Sensors – Avoid direct water contact with motion sensors, as it may cause malfunctions.

Don’t Store in Direct Sunlight – Prolonged exposure to sunlight or heat can affect the dispenser’s sensor and plastic components.

Faulty components, such as a defective infrared sensor that fails to detect motion or dispense soap properly.

Issues with the internal pump mechanism that prevent soap from dispensing, assuming proper soap viscosity was used.

Malfunctions in the electronic circuitry.

Physical damage from dropping, smashing, or applying excessive force to the dispenser (e.g., cracked housing or broken sensor due to impact).

Using the dispenser in ways not intended, such as submerging it in water or using it with incompatible substances (e.g., abrasive cleaners or foaming soap in a non-foaming model).

Damage caused by using harsh chemicals, bleach, or abrasive scrubbers to clean the unit, which can harm the finish or sensor.

Clogs or malfunctions due to using overly thick soap or failing to clean the nozzle regularly, leading to blockages.

Cosmetic issues like scratches, scuffs, or discoloration that occur over time with normal use and don’t affect functionality.

Damage caused by battery leakage due to improper installation, using expired batteries, or leaving batteries in the unit for extended periods.

Damage caused by exposure to extreme conditions, such as excessive heat, freezing temperatures, or prolonged submersion in water