Turtle Wax Snow Foam shampoo delivers a next generation car cleaning experience. Primarily to be used as foaming pre-wash it will perform the hard work of cleaning for you by removing contaminants such as dirt, grime, traffic film and road salt that would otherwise be moved around the vehicle with a wash mitt causing minor scratches and swirl marks. Turtle Wax Snow Foam shampoo is pH balanced and safe to use on all exterior surfaces and will not strip any existing waxes or sealants. For the best experience use it with a foam lance attachment and enjoy the rich cherry scent!
The Turtle Wax story started with the launch of the first-ever bottled car wax in 1944.
Nearly 75 years later, the Most Innovative Brand in Car Care is still capturing the attention of the auto appearance category as the No.1 selling brand in spray wax, car wash, carpet & fabric care, and more.
For an inside look at the brand’s breakthrough product development process or how Turtle Wax supports car culture worldwide, visit YouTube.com/TurtleWax.
1. Add to your 1Ltr snow foam bottle approximately 300ml of formulation or fill to approximately 1/3 and top the rest of the bottle with water. Shake the bottle to mix thoroughly.
2. Connect the foam gun to the pressure washer, and adjust spray pattern as required.
3. Cover the whole vehicle in snow foam starting from the roof, work your way down the glass to the bonnet, doors, body, and grille.
3. Allow snow foam to dwell and run off the vehicle, but do not allow it to dry.
4. After approx five to ten minutes of dwell time, rinse the vehicle using your pressure washer.
5. You are now ready for your contact bucket wash.
Do not leave the foam to dry, and try to avoid use in hot direct sunlight if possible as this may cause streaking upon rinsing. Optimum results are obtained by leaving to dwell on the paintwork and exterior surfaces allowing contaminants to be loosened and dissolved prior to rinsing.
We created Compact by Design to identify products that, while they may not always look very different, have a more efficient design. With the removal of excess air and water, products require less packaging and become more efficient to dispatch. At scale, these small differences in product size and weight lead to significant carbon emission reductions.