Hydrophobic Contact Layer
The outermost barrier utilizing fluorocarbon nanotechnology to create a 118-degree water contact angle, prompting extreme water beading and sheeting.
Repels water, dust, oils, and bugs. Creates the self-cleaning effect.
Nanotechnology Science
Defence-Grade Coatings
ArmourOne coatings engineer protection at the molecular level, creating a multi-layer nano-matrix shield that locks onto surfaces.
Molecular Cross-Linking
Traditional wax and sealants sit loosely on top of paint and gelcoat, degrading quickly under high heat or alkaline washes. ArmourOne creates permanent **covalent bonds** that cross-link directly with paint molecules, forming a glass-hard Ceramic Pointed Borophene layer.
By infusing an atom-thick **Pointed Borophene Matrix** into the silica binder, we achieve extreme elasticity. This flexibility ensures the coating expands and contracts with metallic panels under high sun exposure without cracking or peeling, while retaining exceptional 10H hardness.
Coating Stack Profile
Hydrophobic Contact Layer
Pointed Borophene Matrix
Nano-Ceramic (SiO2/SiC) Base
Active Binding Interface
Cross-section profile representation (Not to exact physical scale)
The Multi-Layer Shield
Pointed Borophene Matrix
An atom-thick Pointed Borophene structure infused into the ceramic binder. Provides exceptional tensile strength and flexibility.
Unrivaled protection against swirls, scratches, paint etching, and industrial fallout.
Nano-Ceramic (SiO2/SiC) Base
The core glass-like layer that chemically fuses with the underlying substrate (paint, gelcoat, or glass) at a molecular level.
Forms a permanent covalent bond that cannot wash off, creating deep gloss and locking out oxygen.
Active Binding Interface
Molecular adhesion primers that prep the paint surface, ensuring chemical cross-linking occurs uniformly across the substrate.
Guarantees long-term durability and prevents the coating from peeling or lifting.