HIGH CONTENT CERAMIC COATINGS!
New 4nano PRO Series ceramic coatings created with the most demanding customers in mind!
What is High Content technology?
High content ceramic coatings is a method based on the use of a high amount of active ingredients (+90%) and a small amount of solvents to create the final product used in our latest series of ceramic coatings 4nano PRO Series.
This solution means that, unlike products based on a large amount of solvents, the coating is extremely oily. Thanks to this, ceramics are distinguished by a significant improvement in most properties (including resistance to micro-scratches and other harmful factors, better hydrophobicity).
The use of the new high content technology has another key advantage. In the case of coatings based mainly on solvent, it may happen that the effect of the coating disappears even after a few months. The high content of active ingredients of the 4nano PRO Series affects the exceptional stability of ceramic coatings.
Which coatings are based on High Content technology and what are the other advantages of the PRO series?
High Content technology has been used in the entire new series of 4nano Pro Series ceramic coatings, including:
✔︎ 4nano Camo Pro Series
✔︎ 4nano Opal & Quantum Pro Series
✔︎ 4nano Sapphire & Quantum Pro Series
✔︎ 4nano Rock & Quantum Pro Series
✔︎ 4nano Ice Pro Series
The use of new technology is particularly visible in Camo, Quantum, Rock (Protect version) and Ice coatings. The high amount of active ingredients makes the product very greasy, even oily. Thanks to this, the user can feel the ceramic coating precisely during application and subsequent lapping. At the same time, a properly selected catalyst makes it easier to work with the product, ceramics do not cause any problems during application.
Additionally, thanks to the use of an appropriate bonding agent, the car is ready to be delivered after approximately 2-3 hours from the end of application, and full bonding is created up to 7 days after applying the coating (the exception is 4nano Rock in the GLOSS version)
