PRIMARY AUTO Foam Cannon 1L

PRIMARY AUTO Foam Cannon 1L A foam cannon is a specialized tool used by automotive detailers to apply thick, rich foam onto vehicle surfaces during the washing process. Connected to a pressure washer, the foam cannon combines water with a specialized car shampoo to produce dense foam that clings to the paintwork, glass, wheels, and other exterior parts of the car. This thick layer of foam helps to encapsulate and loosen dirt, road grime, and contaminants without the need for harsh scrubbing, greatly reducing the risk of scratches or swirl marks during washing. Detailers rely on foam cannons to perform a safe "pre-wash" stage, where the foam gently lifts debris from the surface before any hand contact is made. This minimizes the chance of damaging the vehicle's clear coat. Most foam cannons feature an adjustable nozzle that controls the foam's spread and density, allowing the user to customize the application depending on the size and shape of the vehicle. The built-in detergent control knob also lets detailers adjust the soap-to-water ratio for optimal foam production. The bottle of the foam cannon is usually made from durable, chemical-resistant materials and has volume markings to assist with proper mixing. High-quality models use brass or stainless steel fittings to ensure long life and maximum resistance to corrosion from frequent use with soaps and detergents. Whether used for maintenance washes, deep cleans, or preparation before polishing and waxing, the foam cannon has become an essential part of professional car detailing. It saves time, improves cleaning results, and offers a safer method of washing to preserve the car's finish.
8.000 KWD

Technical specifications

Capacity
N/A
Voltage
N/A
Max Pressure
N/A
Tool Type
N/A
Power Type
N/A

Other specifications

Warranty
months
Length
18.0 cm
Width
11.0 cm
Height
25.0 cm
Weight
kg
Information on technical characteristics, the delivery set, compatibility, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publication.
Menu