Ceramic Coating in Old Mastic, NY

Protection That Actually Lasts Years, Not Months

Professional ceramic coating with graphene technology that shields your luxury vehicles and yachts from Long Island’s harsh marine environment.
A sleek black Ferrari sports car is showcased in a dark NY studio, highlighting its aerodynamic curves and stylish design—perfect for those seeking luxury vehicle storage in Nassau & Suffolk County.

Hear from Our Customers

A sleek black luxury yacht is docked at a NY pier at night, with soft lighting highlighting its modern design and its reflection shimmering on the calm water—perfect inspiration for luxury vehicle storage in Nassau & Suffolk County.

Professional Ceramic Coating Old Mastic

What Real Protection Looks Like
Your exotic car or yacht stays showroom-ready for years, not weeks. No more constant waxing that fails after a month of salt air exposure. No more watching your investment fade under Long Island’s intense UV rays reflecting off the water. The ceramic coating creates a molecular bond that actually blocks salt corrosion at the source. Water beads and rolls off like you’ve never seen. Dirt and grime rinse away with a simple hose-down. You get back to enjoying your assets instead of constantly maintaining them. Your vehicles hold their value. Your time stays yours.

Ceramic Coating Specialists Old Mastic

We Know What Luxury Assets Face Here
We understand the unique challenges of protecting high-value vehicles in Old Mastic’s coastal environment. We’re not just another detailing shop throwing around ceramic coating buzzwords. We specialize in exotic cars, luxury yachts, and vintage collectibles—assets that demand precision, not guesswork. Our facility is specifically engineered for high-performance vehicles that require climate-controlled environments and meticulous attention to detail. Living on Long Island’s South Shore means constant exposure to salt air, intense UV reflection from the water, and marine conditions that destroy standard protection in weeks. We use marine-grade ceramic coatings and graphene technology that’s actually formulated for these harsh conditions, not repurposed automotive products that fail when they meet real saltwater exposure.
Two sleek sports cars, one silver and one red, are parked side by side in a clean, modern NY garage with white walls and bright lighting—a minimalistic, polished space perfect for luxury vehicle storage in Nassau & Suffolk County.

Ceramic Coating Application Process Old Mastic

The Process That Makes Protection Permanent
First, we perform a complete decontamination and surface preparation. This isn’t a quick wash—we remove embedded salt, iron particles, and any existing wax or sealant that would prevent proper bonding. Every surface gets clay-barred and polished to eliminate imperfections that would be sealed under the coating forever. Next comes the multi-stage paint correction if needed. Swirl marks, light scratches, and oxidation get eliminated before any coating touches your paint. You’re not just protecting your current condition—you’re locking in a better-than-new finish. The ceramic coating application happens in controlled sections to ensure even coverage. We use professional-grade products with higher solid concentrations specifically formulated for marine environments and porous gel coat surfaces. The curing process takes 24-48 hours in our climate-controlled facility, protected from moisture and contaminants. You pick up a vehicle or yacht that’s protected for years, not months, with a finish that actually improves with proper maintenance.
A sleek red sports car, likely a Ferrari, is parked in a modern, dimly lit NY garage with black walls and vertical white lights—showcasing the allure of luxury vehicle storage Nassau & Suffolk County.

Explore More Services

About Legacy Motors & Marine

Marine Automotive Ceramic Coating Old Mastic

What's Included in Real Protection
You get marine-grade ceramic coating that’s actually formulated for Long Island’s coastal conditions. Not automotive coating that claims to work on boats—actual marine-specific protection with salt-resistant compounds and UV blockers designed for constant water exposure. For luxury vehicles, we offer graphene-enhanced ceramic coatings that provide superior scratch resistance and heat dissipation. The graphene technology creates a molecular structure that’s 200 times stronger than steel while remaining flexible enough to absorb impact forces from road debris. Old Mastic’s location on Moriches Bay means your assets face unique challenges. Salt spray carries inland. UV rays reflect off the water with double intensity. Traditional protection fails within weeks of exposure to this environment. Our coating systems are tested in Florida’s marine conditions—some of the harshest anywhere. They create hydrophobic surfaces with contact angles over 110 degrees, meaning water doesn’t just bead—it rolls off before minerals can create spots. The protection lasts 3-5 years on vehicles and up to 15 years on marine applications with proper maintenance.
A sleek white sports car with black accents is parked indoors under modern lighting at a luxury vehicle storage Nassau & Suffolk County, NY. Its aerodynamic curves, large wheels, and low profile emphasize its high-performance design.

How long does ceramic coating last in Old Mastic's marine environment?

Marine-grade ceramic coatings last 3-5 years on luxury vehicles and up to 15 years on yachts and boats when properly maintained. The key difference is using actual marine-formulated coatings, not automotive products marketed for boats. Old Mastic’s coastal location creates unique challenges—constant salt air exposure, UV reflection from Moriches Bay, and temperature fluctuations that break down inferior protection quickly. We use coatings with higher solid concentrations specifically designed to bond with porous gel coat surfaces and resist salt corrosion at the molecular level. Standard automotive ceramic coatings fail here within months because they’re not formulated for constant marine exposure. Our marine-grade systems contain salt-resistant compounds and UV blockers that maintain protection even under the intense conditions your assets face living near the water.
Graphene coating represents the next generation of paint protection technology. While ceramic coatings provide excellent protection, graphene adds a molecular structure that’s 200 times stronger than steel while remaining flexible. The practical difference shows up in scratch resistance and heat dissipation. Graphene’s honeycomb lattice structure absorbs and distributes impact forces more effectively, providing superior protection against the minor scratches and swirl marks that luxury car owners notice. It also conducts heat away from the surface more efficiently, reducing the risk of paint damage from hot Long Island summers. Graphene coatings also resist water spotting better than traditional ceramic. The higher contact angle means water beads sit taller and roll off faster, preventing mineral deposits from etching into your paint. For exotic cars and high-end vehicles where perfection matters, graphene provides that extra level of protection and performance.
Yes, but only with proper marine-grade ceramic coating systems. Many shops use automotive products on boats—these fail quickly in saltwater environments because they’re not formulated for the porosity of gel coat surfaces or constant salt exposure. Marine ceramic coatings contain specific salt-resistant compounds that create a molecular barrier against corrosion. They bond differently with gel coat and fiberglass surfaces, filling the porous structure that allows salt to penetrate and cause oxidation. The coating prevents salt from reaching the underlying surface where it causes long-term damage. In Moriches Bay’s brackish water environment, you’re dealing with both salt corrosion and freshwater mineral deposits. Marine coatings handle both by creating a hydrophobic surface that sheds water before contaminants can bond. Proper application provides protection for up to 15 years, compared to traditional wax that fails within weeks of exposure to this environment.
Professional ceramic coating for luxury vehicles typically ranges from $1,000 to $2,500 depending on the vehicle size, condition, and coating system selected. Graphene-enhanced coatings are at the higher end but provide superior durability and performance. The investment makes sense when you consider the alternatives. Traditional paint correction and repainting costs significantly more, and luxury vehicles require frequent maintenance to preserve their value. Ceramic coating eliminates the need for regular waxing and provides protection that actually improves your vehicle’s resale value. For exotic cars and high-end vehicles, the coating preserves the factory finish quality that collectors and enthusiasts expect. The protection pays for itself through reduced maintenance costs and preserved value over the 3-5 year lifespan. Many of our clients view it as essential insurance for assets worth six figures or more.
Proper preparation is critical for ceramic coating success. We start with complete decontamination—removing embedded salt, iron particles, tar, and any existing wax or sealant that would prevent proper bonding. This includes clay bar treatment to extract contaminants from the paint’s pores. Next comes paint correction to eliminate swirl marks, light scratches, and oxidation. This step is crucial because ceramic coating locks in whatever condition exists underneath. Any imperfections present during application become permanent features sealed under the coating. The final preparation involves deep cleaning with specialized products to remove polish oils and residues that could inhibit bonding. Every surface must be completely dry, including water that might be hiding in panel gaps or trim pieces. Temperature and humidity control during application ensures proper curing and maximum durability. The entire process typically takes 2-3 days for complete preparation, application, and curing.
Ceramic coating works on both, but requires different formulations for optimal performance. Automotive ceramic coatings are designed for painted aluminum and steel surfaces, while marine coatings must bond with porous gel coat and fiberglass surfaces that absorb moisture differently. The marine environment presents unique challenges—constant salt exposure, higher UV levels from water reflection, and temperature extremes that automotive coatings aren’t designed to handle. Marine-grade coatings contain higher solid concentrations and salt-resistant compounds that automotive versions lack. We use application-specific coatings: automotive formulations for luxury cars and exotic vehicles, marine-grade systems for yachts and boats. Both provide excellent protection, but using the wrong type significantly reduces durability and performance. Professional application ensures you get the right coating system for your specific assets and environment.

Other Services we provide in Old Mastic