NXTZEN ceramic coatings permanently bond to your factory clear coat to protect the surface from oxidation and UV damage.
NXTZEN ceramic coatings are highly resistant to both acids and alkaline chemicals and won’t wash off or deteriorate.
NXTZEN ceramic coatings are guaranteed to protect painted surfaces from damaging enzymes found in bird droppings and bug splatter.
NXTZEN ceramic coatings create hydrophobic surfaces that repel grime, are easier to clean and stay cleaner for longer.
NXTZEN ceramic coatings will provide your vehicle with a better than new shine and super slick finish!
NXTZEN’s ceramic coating has been independently tested to Australian Standard ASTM D1308-20 by the Commonwealth Scientific & Industrial Research Organisation. Click here to download and view our test report.
The primary function of a ceramic coating is to protect the surface from the daily exposure to corrosive enzymes found in bird droppings and bug splatter, as well as providing chemical and UV resistance. Our hybrid SiC coatings are proven to prevent surface etching from enzymes and are unaffected by low or high pH chemicals. Additionally, our resin produces a covalent bond with factory clear coats to create a modified surface highly resistant to UV. We back our products with a protection guarantee on professionally applied paint and interior coatings for up to 7 years.
NXTZEN Graphene Serum utilises one of the latest discoveries in science to enhance the performance of ceramic coatings. Graphene Serum is a concentrate of graphene nano particles, manufactured to be compatible with our proprietary ceramic formulation.... When Graphene Serum is dispersed within the ceramic coating, the structural strength and corrosion resistance of the resin is greatly enhanced. The end result is a surface coating that is far less susceptible to breakdown. The by-product is extended durability of the protective coating.
NXTZEN Ceramic Professional is a hybrid formulation, developed to address the multiple desirable aspects required for a modern protective coating. Ceramic Professional utilises a Silane precursor as the main component.... A proven system known for its ability to create a permanent, covalent bond to the surface with superior resistance to both low and high pH levels (acid and alkaline). This main component is reacted with other proprietary compounds to produce an extremely smooth and hydrophobic finish, with high clarity and exceptional resistance to road grime and environmental pollution.
NXTZEN ceramic coatings are a liquid prepolymer, that moisture cures into a three-dimensional solid structure through cross-linking of molecular chains. The prepolymer penetrates and bonds to the substrate, creating a modified surface with superior protection and performance.
While standard factory clear coats are known to be easily damaged, the cured ceramic polymer surface is resistant to chemicals up to a pH of 14, and protects from the corrosive enzymes found in bird/bay droppings and bug splatter.
Since 2008, Zen Automotive Suppliers Pty Ltd has been at the forefront of the car care industry, working closely with raw materials suppliers, chemical engineers and leading car care manufacturers such as Opti-Coat. NXTZEN products utilise the latest materials from industrial, medical and cosmetic industries to produce the most advanced coating systems in the marketplace, that have been thoroughly tested on the most extreme vehicles and conditions.
NXTZEN ceramic coatings have been extensively tested and proven to protect automotive clear coats from corrosive chemicals and enzymes found in bird and bay droppings while also withstanding the most extreme climates and conditions.
Our hybrid SiC coatings are recognised by leading industry professionals, out performing SiO2 ceramic and polymer sealants for durability and surface protection.
Chemical Resistance
Durability
UV Protection
Contamination Resistance
Hardness
Gloss
Chemical Resistance
Durability
UV Protection
Contamination Resistance
Hardness
Gloss
Chemical Resistance
Durability
UV Protection
Contamination Resistance
Hardness
Gloss