Nanotechnology
The term nanocoating refers to nanoscale (i.e. with a thickness of a few tens to a few hundreds of nanometers) thin-films that are applied to surfaces in order to create or improve a material’s functionalities such as corrosion protection, water and ice protection, friction reduction, antifouling and antibacterial properties, self-cleaning, heat and radiation resistance, and thermal management.
V1 Splashproof Nanoparticle Technology
V1 is best for low voltage devices such as microphones and small consumer electronics. IP65 and IP66 tested for electronics protection. Nanoparticles are formulated to be easy to use.
V2 Electronic Waterproof Nanocoating
Manufacturers can easily integrate to their production line V2 electronics nanocoating solution. The 2-step 2-minute coating process achieves a IP68 waterproof rating without special equipment, tools or training.
V3 Air Curable Electronics Coating
V3 offers the same protection as V1 and V2 but also protects at saltwater capacity. This product utilizes polymer hybrid technology containing extensive interpenetrating networks that enables strong adhesion, chemical resistance, and powerful barrier against infiltrating substances. V3 requires no heat to cure allowing easy integration into production lines.
V4 Salt Water Grade Electronics Coating
V4 is a thicker nanocoating that offers the same protection as V1, V2, and V3 but protects at a higher industrial grade level. V4 is highly recommended for devices in corrosive environments as it contains a strong physical and chemical barrier against corrosion substances as it is formulated with a proprietary blend of organosilicon chemistry. Electronics coated with V4 have passed tests longer than 400 hours in a salt fog chamber per ASTM B117.
Testings Performed
UL94
Salt Spray
IP67/IP68
ASTMG-21
Vibration
Military Grade
9H Hardness
RoHS Compliant
What Are Advanced Microcapsules ?
NanoFlowX Advanced Microcapsules are polymer based microcapsules that are injected with inhibitors and formulated into our existing coatings to increase protectant features such as anti-corrosion and anti-microbial properties.
How Does Self Healing Work?
Microcapsules are filled with proprietary nanocoatings that when punctured, will activate a self healing effect to significantly increase coating performance and durability. This greatly enhances resiliency to corrosion and abrasion.
What Is The Durability?
Coating with self healing microcapsules are the differentiator when it comes to durability. We conducted a salt fog test, ASTM B117, here we placed two steel panels in a high corrosive salt fog chamber for over 16 days.
The coating with microcapsules had significantly less than 5% corrosion compared to the panel with no microcapsule coating.
Learn More About Integrating
Self-Healing Into Our Coatings
Interested in adding self-healing features into one of our custom formulated coatings or just simply want to know more?
Inquire with us below and one of our friendly representatives will reach out with you.