Registration Date 14 Aug 2016



Automotive Maintenance Product Number : NCC-CE-PW

After Care Finish


Manufacturer Asserted

Zinc oxide

ZnO Nanoparticle /Nanopowder CAS Number : 1314-13-2
Diameter : 30 nm
Manufacturer Asserted

Silicon dioxide

SiO2 Nanoparticle /Nanopowder CAS Number : 7631-86-9
Diameter : 30 nm


Glass Car Gloves


The revolutionary new series of PIKATEC CERAMIC nanocosmetics is derived from the supreme DIAMOND series; however it has been optimised to be affordable to the wider public. It provides high UV protection for lacquer and gives a hardness and resistance to abrasion several times better the previous cosmetic series. It is more water repellent and seals pores in lacquer for a period of up to one year. Its setting time is shorter and it is very resistant to industrial detergents. It is extremely resistant to heat – up to around 550°C. The PIKATEC CERAMIC series is specially developed and produced from self-supporting emulsion and nanoparticles of a size of up to 30 nm (nm – nanometre – one billionth of a metre), which are permanently dissolved in the liquid environment of the new generation cosmetic emulsion thanks to a special solvent. These solid particles contain silicon oxide and zircon oxide, which together improve the repelling properties in relation to liquids as wells as resistance to mechanical surface wear and tear. Other components of the revolutionary PIKATEC CERAMIC cosmetics provide a protective shield against other impurities, chemicals and salts, but most of all they provide a perfect UV filter against UV radiation.

Thermal stability UV Protection Abrasion Resistance Hardness

Manufacturer's Description

A new uncompromising nanotechnological preparation formula designed for the protection of aluminium, chrome-plated and lacquered wheels. It is very resistant to high temperatures. It covers the surface with an invisible (transparent) layer, which is very hard and protects the wheel from abrasive particles. It smooths the rough surface of the wheel, which means less dirt will stick, particularly dirt from brake pads. Because the impurities are not let onto the wheel’s surface, the wheel is not only protected – the dirt also cannot penetrate deep into the wheel’s structure. Removing this engrained dirt is very laborious and often almost impossible. This preparation can withstand temperatures of over 550° C. Its effect is long-lasting; the preparation provides a high sheen, protection from scratches caused by small pebbles and dust, protection from the effects of salts and bitumen, protection from pollen and resin from trees, protection from bird excrement and also protection form UV radiation. We recommend that the polish be applied exclusively to surfaces pre-washed with Nano Clean Wheel and Ceramic Nano Shampoo. If the brakes experience extreme use and at high temperatures, fine powder from the brake lining may become stuck to the polish and cake to the surface of it if regular washing does not take place. You can tell that this has happened when it is very difficult to remove the dirt. However, the dirt is only stuck to the polish and it will not penetrate the structure of the wheel; this is also due to the high thermal resistance of the polish.