CQUARTZ FINEST RESERVE
CERAMIC PAINT NANOTECHNOLOGY

CQUARTZ FINEST RESERVE utilizes an entirely new technology built on a complex hybrid blend of quartz infused epoxy nanotech particles.  This Next-Gen technology utilizes an advanced hybrid nano structural composition, which bridges the gap between ceramic and organic materials, creating an extremely high gloss, dense nano-coat.  This results in an extremely glossy, durable, thick coating of protection that lasts for many years, with advances in a variety of attributes and unlike anything that has come before it!

THE SCIENCE BEHIND

CQUARTZ FINEST RESERVE’s astounding performance characteristics are formulated from the start, beginning with the hybrid blend of both Organic and Inorganic Silanes it contains. Silanes are the building blocks of nanotechnology, and are used in the manufacture of high-grade nanoscale materials, as well as bonding them together at a molecular level to form complex 3-Dimensional structures.

In CQUARTZ FINEST, these hybrid Silanes react with oxygen and atmospheric humidity (H2O) to cross-link two dissimilar elements: inorganic SiO2 (Silicone Dioxide; better known as Quartz.), and organic Nano-Crystalline Cellulose (Known in the industry as NCC.). Together they form an incredibly tough nanocomposite material, which shares a covalent (Chemical) bond with the paint surface.

AMAZING PROTECTION WITH SCRATCHES RESISTANCE!

CQUARTZ FINEST achieves an increase of Mohs hardness of up to 2H*, unleashing the amazing protective Anti-Scratch effect! It has a very high durability compared with any other general protective coating, while retaining the high super gloss coat.
* varies on different paint surface hardness.

** Mohs hardness: German scientist Friedrich Mohs created the Comparison of hardness rules, from the softest to the hardest level divided into grades 1-10..

HYDROPHOBIC “SELF-CLEANING” EFFECT

CQUARTZ FINEST is harder, thicker, with less water drops left on surface (sliding angle) and glossier.

Anti Fouling effect: Low sliding angle ensure less droplets left on surface, less droplets = less possible water marks.

Water spots and rain drops must be wiped off during drying, or else the chloride or minerals in the water may cause white dots on the car paint.

Avoid washing your car in automatic car washes. The water beading effect of coating will not be damaged by car washing machines. However, if the auto car wash bristles are dirty and too sharp, it may cause tiny scratches, especially on dark color cars. Hand washing would be advisable.

Important Notice! – Washing with high Alkali cleaners (> 12 pH) at more than 5 mins on car surface might affect the coat!