HIGH SOLIDS - ALL-IN-ONE NANO CERAMIC COATING

Engineered for professionals who demand maximum coating density, long-term stability, and uncompromised performance.

XG3

HIGH SOLIDS - ALL-IN-ONE NANO CERAMIC COATING

Engineered for professionals who demand maximum coating density, long-term stability, and uncompromised performance.

XG3

XG3

All-in-One, High-Solids, Quartz Nano Ceramic Coating

XG3 is a high-solids quartz nano ceramic coating engineered for professionals who demand maximum coating density, long-term stability, and uncompromised performance.

Developed using advanced XG Formulations, XG3 forms a dense and uniform quartz membrane with enhanced structural integrity. The high solids content allows the coating to build a thicker, more resilient protective layer, delivering exceptional gloss depth, surface slickness, and resistance under real-world conditions.

XG3 cures through a controlled shrinking process, a key indicator of proper cross-linking and film consolidation. This curing behavior ensures the coating tightens into a stable structure rather than relying on surface-level optical effects, resulting in durability that remains consistent over time.

Designed for experienced professionals, XG3 requires controlled application conditions to fully realize its potential. Once cured, it provides outstanding chemical resistance, long-term protection, and reliable performance across a wide range of exterior surfaces, including clear coat (gloss or matte), glass, wheels, plastics, vinyl wraps, and paint protection films (PPF).

XG3 represents the highest level of performance within the XG coating line – built for those who prioritize results in the field over marketing claims.

Surface Compatibility: Clear Coat (Gloss / Matte), PPF, Vinyl Wrap, Glass, Plastics, Wheels
Layers: 1 – Single Layer
Warranty: 7 years.
Curing Time: Medium+ – Easy Application
Curing Type: Shrinking (Controlled Film Contraction).
Solids Rate: 76%
Bottle Size: 50ml / 1.69 fl. oz.

XG Comparison

Spec / Product	XG1	XG2	XG3
Surface Compatibility	Clear Coat (Gloss / Matte), PPF, Vinyl Wrap, Glass, Plastics, Wheels	Clear Coat (Gloss / Matte), PPF, Vinyl Wrap, Glass, Plastics, Wheels	Clear Coat (Gloss / Matte), PPF, Vinyl Wrap, Glass, Plastics, Wheels
Layers	1 – Single Layer	1 – Single Layer	1 – Single Layer
Warranty	3 years	5 years	7 years
Curing Time	Slow – Easy Application	Medium – Easy Application	Medium+ – Easy Application
Curing Type	Shrinking (Controlled Film Contraction)	Shrinking (Controlled Film Contraction)	Shrinking (Controlled Film Contraction)
Solids Rate	54%	65%	76%

How To Apply

XG3 must be applied by a NANOLAB Certified Installer Only!

Pre-Application Preparation:

Ensure a pristine surface by thoroughly polishing and removing any traces of oil, grease, fat, fingerprints, etc., using our recommended PREP solution.

Tools Required:

In addition to the coating material, prepare an applicator pad and two microfiber towels. Opt for towels of different colors if possible for better organization.

Application Method:

Apply on small areas such as: 1 door, 1/2 hood etc.
Apply in an air-conditioned area with low temperature and low humidity
Do not apply in a direct wind area

Apply an adequate amount of the coating material onto the applicator pad, ensuring it’s sufficiently primed for even distribution. If the applicator feels “stuck”, apply more material as needed.
Commence by outlining the area for application, starting from the surface edges. Then, create a central X shape to facilitate uniform coverage.
Employ crisscross motions to spread the material along the X and Y axes, ensuring thorough coverage.
For optimal results, consider applying an additional layer while the previous one is still “liquid” to guarantee complete coverage.

Buffing Phase:

To promote strong adhesion, refrain from wiping the coating immediately post-application. Allow it to shrink before proceeding, but don’t wait too much. Use the first towel to swiftly remove excess material in straight lines; speed is key at this stage, with no need for perfection. Subsequently, utilize the second towel to buff the surface in circular motions, ensuring no high spots remain.

Curing Times

Stage	Typical Time	Process Description
Tack-Free (Surface Set)	~1 hour	Surface reaches a non-tacky state as low-volatility hydrocarbon carriers gradually diffuse from the upper film layer, accompanied by early molecular organization within the coating matrix.
Vehicle Release	After 2 hours	The coating film attains sufficient mechanical integrity and early network cohesion to allow safe handling and vehicle release.
Vehicle Release (Infra-Red Assisted)	Immediate	Thermally accelerated hydrocarbon diffusion and early cross-link initiation rapidly stabilize the coating film.
Initial Cure	8/12 hours (weather-dependent)	Primary condensation reactions progress, initiating silica network formation and controlled film contraction within the coating layer.
First Wash	After 14 days	Cross-link density has developed sufficiently to withstand mild chemical exposure and mechanical contact without surface degradation.
Full Cure	30 days	Progressive cross-linking and condensation of silanol species completes the formation of a dense, fully interconnected silica network, resulting in a stabilized inorganic-organic matrix with maximum chemical resistance, mechanical durability, and long-term performance.

Storage

NANOLAB XG3 has a shelf life of at least 12 months when stored between 0°C / 32°F and 25°C / 77°F in the tightly closed original container.
After opening – must be used within 180 days.

Storage beyond the date specified on the label does not necessarily mean that the product is no longer usable.
In this case however, the properties required for the intended use must be checked for quality assurance reasons.

Maintenance

XG3 offers a seven-year warranty, ensuring lasting protection for your surfaces.

To maintain the validity of the warranty, it’s crucial to follow these maintenance steps every 6 to 12 months by a NANOLAB Certified Installer:

Wash: Begin by thoroughly washing the coated surface using a pH-neutral car shampoo and a microfiber wash mitt. Rinse off any dirt and debris.
Decontamination: If necessary, use a clay bar or clay mitt to remove any embedded contaminants from the surface. This step helps maintain the smoothness of the coating.
Drying: After washing, dry the surface using a clean microfiber drying towel or a forced-air blower. Avoid air-drying to prevent water spots.
Inspection: Carefully inspect the coating for any signs of damage, such as scratches or areas where the coating may have worn off. Address any issues promptly.
Maintenance Spray / XG1: Apply a ceramic coating maintenance spray or XG1 ceramic coating to enhance the hydrophobic properties of the coating and boost its longevity. Follow product’s instructions for application.
Inspection and Evaluation (After 7 Years): Given that the coating is now seven years old, assess its overall condition and effectiveness. If the coating is significantly deteriorated or damaged, it may be time for reapplication.
Reapplication (If Necessary): If the coating is still in good condition but showing signs of wear, consider scheduling a professional reapplication of the ceramic coating to maintain optimal protection.

Throughout the seven-year period, it’s essential to avoid using abrasive cleaners or harsh chemicals that could degrade the ceramic coating. Regular maintenance and timely repairs will help maximize the durability and performance of the coating over time.

How to Choose the Right Ceramic Coating

XG1 vs XG2 vs XG3 – Explained Simply

Choosing the right ceramic coating isn’t about marketing claims or “levels.”
It’s about surface type, mechanical stress, and solids content.

XG coatings are engineered around one core principle:
the softer the surface, the more mechanical protection it needs.

What Does “Solids Content” Really Mean?

Solids content determines how much actual protective material remains on the surface after curing.
Lower solids → thinner, more flexible layer, higher slickness
Higher solids → thicker, denser layer, stronger mechanical resistance
This is not about “better or worse.”
It’s about correct matching.

XG3

XG3 – High Solids | Maximum Mechanical Protection

Best for:

Soft or medium-soft clear coats
Japanese, Korean, and many American paints
Vehicles exposed to heavy washing, friction, and abuse

Why XG3 works here:
Soft clear coats deform more easily under mechanical stress (wash marring, micro-scratches).
XG3’s high solids content forms a thicker, denser quartz membrane that absorbs and resists that stress.

Use XG3 when protection matters more than ultimate slickness.

XG2

XG1

XG1 – Low Solids | Maximum Slickness & Surface Feel

Best for:

Hard clear coats (German OEM ceramic clears)
PPF (glossy or matte)
Vinyl wraps

Why XG1 is the right choice here:
Hard surfaces don’t need heavy mechanical protection – they already resist deformation.
What they benefit from is:

Reduced surface tension
High slickness
Easy maintenance and enhanced clarity

XG1 delivers the smoothest surface feel and cleanest finish when mechanical defense is not the priority.

Quick Selection Guide

Soft clear coat? → XG3
Hard ceramic clear / PPF / Wrap? → XG1
Not sure or want balance? → XG2

Final Note – This Is About Engineering, Not Hype

XG coatings are not layered “levels” or diluted versions of the same formula.
Each one is chemically tuned for a specific surface behavior and stress profile.

Choose based on the surface – not the label.

XG3