For protecting vehicles in self-service washing systems and in car washes with hot-wax sprayers.

Produces a protective layer

• Protects the vehicle surface against corrosion, salt, UV-rays
• Allows rainwater to simply roll off
• Dirt is easier to remove
• Delays recontamination

High-quality components ensure an optimal shine

Well-kept appearance, looks as good new

Free of AOX and silicone

pH-value in the concentrate: 4-4.5

Free of mineral oils and hydrocarbons

Easily biodegradable in accordance with OECD*. Does not compromise the effectiveness of light fluid separators.

Notice

Store in a frost-free place! Avoid overdosing!

*OECD = Organisation for Economic Cooperation and Development

The above application instructions are recommendations given on the basis of our own tests and experience. We recommend that you carry out your own tests before use. Due to the great variety of different applications and storage and processing conditions, we cannot guarantee a particular application result. We will not accept legal liability for any advice or technical information provided by our free customer hotline unless this advisory service and/or technical information is part of the contractually agreed performance owed by us, or the customer service employee acted willfully or intentionally. We guarantee the consistent quality of our products and reserve the right to make technical changes and improvements.

In car washes:

Dispense undiluted into the hot-wash sprayer. Application concentration: approx. 0.2%

In high-pressure devices/self-service washing systems:

Stir 1 part hot protective wax to 9 parts water. Processing temperature: approx. +70°C to +80°C. Spray the product onto the clean vehicle while still wet; rinsing with cold water improves the flow behaviour and gloss pattern.

Suitable glove:

Nitrile chemical protective glove

Permeation level: 4

Cotton velour lining

Nitrile chemical protective glove, heavy-duty

Permeation level: 5

Long, heavy-duty design

Permeation is the process by which a chemical moves through the material of a protective glove on a molecular level. The time from the initial contact between the chemical and the glove to the permeation of the material is the breakthrough time.

Important information:

The information given is based on experience and laboratory conditions and is designed as a guide. However, the actual suitability of a glove depends on the individual conditions of its use and must be confirmed by an appropriate test under operational conditions. Given the variety of materials and chemicals used, the possibility of incompatibility or usage problems for the wearer cannot be excluded in individual cases. We would be happy to advise you about optimum solutions.