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Beyond Ceramic
Where ceramic coatings rely on silicon dioxide (SiO₂), Nano Diamond Coating integrates millions of enriched nanodiamond particles locked into a PHPS molecular matrix — a step up in hardness, durability, and longevity.
Breakthrough Tech
Diamond ProTech Inside
NANO
DIAMOND COATING
Beyond ceramic. A breakthrough composite of enriched nanodiamonds and PHPS — true 9H hardness, superhydrophobic, faster cure.
Overview
The diamond revolution.
Paint Protection Film (PPF) is a virtually invisible urethane film applied to the exterior of your vehicle to protect the paint from stone chips, bug damage, abrasion, and minor impacts. Once applied, it's nearly undetectable.
At Rosho, we use only premium PPF materials with a top-coat that self-heals light swirl marks and scratches with heat — keeping your vehicle's paint in showroom condition for years.
9H
Pencil Hardness
142°
Contact Angle
1 Day
Cure Time
SGS
Lab Verified
- True 9H hardness — highest abrasion resistance available
- Superhydrophobic — 142° water contact angle (SGS verified)
- Heat and UV-resistant PHPS polymer matrix
- Faster cure — same-day return possible
- Super-smooth tactile feel like no other coating
- Ecologically cleaner — minimal environmental impact
- 1:1 layering — no degradation between coats
Why Nano Diamond
The Diamond Advantage.
Built on Diamond ProTech’s patented technology — enriched nanodiamonds locked in a PHPS molecular lattice. The eight reasons it makes you forget ceramic technology ever existed.
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True 9H+ Hardness
Diamond is the hardest natural material on Earth. Reduced to nano scale and locked in a PHPS matrix, Nano Diamond achieves a verified 9H pencil hardness (ASTM D3363, SGS tested) — the highest abrasion resistance coating technology can offer today.
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Superhydrophobic 142°
Independently verified by SGS — water sits on the surface as near-perfect 142° round beads before rolling clean off. Far beyond the contact angle delivered by traditional ceramic coatings.
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Oleophobic Protection
Most ceramic coatings claim oil resistance — Nano Diamond actually delivers it. The formula repels oils, greases, road grime, and organic stains with ease, simplifying every clean-up.
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Inorganic = No Degradation
Most ceramic coatings are organic — they degrade in the environment. Nano Diamond is built on inorganic chemistry that interacts minimally with natural elements, slowing erosion and reducing corrosion.
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Heat & UV Resistant
PHPS is heat-resistant, UV-resistant, and water-repellent at a molecular level. Nano Diamond shields paint from oxidation and fade — essential under Kerala's tropical sun.
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Longer Lifespan
Ceramic coatings typically last 2 to 5 years. Nano Diamond extends that to 5 to 7 years or more with proper maintenance — the coating itself outlasts the next vehicle service interval.
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Same-Day Application
Engineered with the cleanest, fastest-evaporating solvents — your car can be prepped, coated, and back to you in a single day. No 24-hour overnight stay in a controlled environment.
Visual Reference
The Science
/ Nano Diamond Matrix Visual
/ 142° Water Contact Angle
/ 9H Pencil Hardness
/ PHPS UV Resistance
/ Diamond Matrix Durability
How It Works
Our Process
01
Paint Correction
Multi-stage machine polishing removes swirls and defects — Nano Diamond locks in perfection, not imperfection.
02
Surface Activation
Decontamination, clay bar treatment, and IPA wipe-down — preparing the clearcoat for atomic-level bonding.
03
Diamond Application
Nano Diamond + PHPS composite applied panel-by-panel with controlled flash time and stress-free leveling.
04
Rapid Cure
Fast-evaporating solvents allow polymers to bond and solidify quickly — your car returns the same day, fully protected.
Common Questions
Frequently Asked
It refers to enriched nanodiamond particles blended with PHPS — a transparent silicon polymer. Together they form a flexible, diamond-armoured coating bonded to your car's clearcoat at the molecular level.
Ceramic coatings are silica-based. Nano Diamond Coating uses an enriched nanodiamond + PHPS composite that achieves true 9H hardness, faster cure times, and superhydrophobic 142° contact angles — a real material breakthrough.
Thanks to fast-evaporating solvents and rapid polymer bonding, your car can typically be prepped, coated, and returned the same day — versus the 24–48 hours required for traditional ceramic.
Yes — independently verified by SGS, the world's leading certification company, to achieve 9H pencil hardness (ASTM D3363). Heat-resistant, UV-resistant, water-repellent, and the highest abrasion resistance available in coatings today.
READY TO
PROTECT YOUR RIDE?
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