Revolutionary Graphene Nanotechnology - An innovative technology applied to paint, glass, plastics, trim, wheels and more
Simple DIY Application - Easy and straightforward installation without the need for additional tools or experience
Guaranteed Results - Trusted by professional detailers around the globe and backed by our "Tried-and-True" 100% satisfaction guarantee
Durability Measured in Years, Not Months - Achieve 5+ years of protection from just one, easy application
Incredible Hydrophobic Properties - Repels water and contaminants unlike any other product before
Imparts a Rich, Deep Shine and Non-Stick Coating - Creates stunning reflections while leaving a silky smooth finish behind
A BREAKTHROUGH IN VEHICLE COATING TECHNOLOGY
Graphene Matrix utilises the latest in nanotechnology to create an incredibly strong and flexible coating that anyone can use. This breakthrough technology can be applied to just about any surface, enabling greater versatility and a true one-size-fits-all application. Whether you are a first time coating user or a professional detailer, Graphene Matrix is guaranteed to perform month after month.
REVOLUTIONARY TECHNOLOGY MADE WITH GRAPHENE
Graphene Matrix utilises an innovative Graphene Oxide composite that bonds to form an impenetrable layer of protection. Our unique chemistry makes Graphene Matrix easier to install than ever before. Graphene Matrix does not harden or crystallise like a normal ceramic, reducing the risk of potentially irreversible high spots or streaking.
Graphene Matrix Coating's unparalleled ability to resist contamination is due to its extremely high surface sheer angle, shedding water and contaminants while reducing the risk of etching, water spotting, and staining. In addition to its resistance to abrasion, weathering, and oxidation, Graphene Matrix Coating creates a layer that forms an almost impenetrable barrier on top of the surface once applied. Future maintenance, such as clay barring and light polishing to repair possible imperfections in the coating, can be performed without sacrificing its integrity, resulting in the ability to finally achieve a near-permanent coating.