RAVENOL Carnauba-Wax

RAVENOL Carnauba-Wax combines the advantages of the impressive deep shine of carnauba-wax and the outstanding durability and protective effect of synthetic waxes in its optimized formula for a perfect result.

RAVENOL Carnauba-Wax contains polymers that react with the paint surface and create a long-lasting protective film. The maximum degree of sealing is achieved after approx. 12 hours.

RAVENOL Carnauba-Wax leaves an impressive finish on the paint and additionally seals the coated surfaces. Water and dirt are immediately repelled by the resulting water repellent effect and run off the surface. The paint is preserved and protected by the sealing components it contains.

Application Note

RAVENOL Carnauba-Wax is applied to a firm polishing sponge or a suitable polishing pad and crosswise worked onto the previously degreased paint surface. (The application tip of the wax tube is cut to the appropriate size as required).

RAVENOL Carnauba-Wax should then be allowed to air out briefly and then wiped off with a soft microfiber cloth without applying too much pressure. The wax mixture does not dry through before polishing and is therefore very user-friendly in terms of processing temperature and application time. Experience has shown that the contained 100 ml are sufficient for two complete applications, according to the size of the vehicle.

Note:

RAVENOL Carnauba-Wax should be stored in sealed containers in a dry and cool place. Protect from direct sunlight, heat and frost. Keep out of the reach of children. Wash hands thoroughly after use.

Characteristics

• Reacts and bonds with the paint surface
• Impressive glossy finish
• Long durability
• Sealing with water-repellent effect
• Easy to apply and can be removed without residues
• Gentle on all paintwork
• Supports existing sealants
• Contains high-quality carnauba-wax
• Contains synthetic high-performance waxes
• For polishing pads without grain

Technical Product Data

All indicated data are approximate values and are subject to the commercial fluctuations.