IGL Ecocoat EZ

Trusted by professionals worldwide, Ecocoat EZ is a next-generation, single-layer ceramic coating that pairs an advanced cyclosilazane network with Graphene Infinite, enhanced by ProShield+™ Lumina—a premium, eco-conscious graphene additive co-developed with PETRONAS.

EZ is great DIY ceramic coating for DIY detailers and also delivers amazing results for more experienced installers.

Graphene-reinforced and Easy to apply, EZ is a one-layer coating that continues to impress.

EZ is an easy and on-the-go ceramic coating for new and professional installers to instantly grow their business with more affordable options! EZ is a durable and versatile 1-layer coating that can be used on various surfaces such as paint, wheel, metal, and glass thereby, reducing the need of investing in various coatings for multiple purposes, especially as a DIY ceramic coating. Professionals, especially mobile installers, can get more done, in one bottle, especially for owners looking for introductory coating.

One easy wipe-on layer self-levels and cures fast, creating an ultra-slick, low-VOC surface that repels water, dirt, and contaminants while guarding against UV, oxidation, acid rain, and road chemicals for up to 12 months. Versatile and multi-surface compatible, EZ protects paint, metal, plastics, headlights, wheels, trims, PPF, and vinyl wraps without added layers or complicated flash timing.

Areas of Application
Paint • clear-coat • plastic & rubber trim • wheels & calipers • headlights • PPF & vinyl wraps

Why Choose Ecocoat EZ?
• Single-layer install
• Graphene Infinite for increased gloss, slickness and UV protection.
• 12-month chemical, UV, and contaminant defence
• Low-VOC, user-friendly formula—premium results with minimal effort

Its unique wipe-on and wipe-off formula as easy as 1-2-3!

Find out more about the application process here.

Find out more about the application process here.

• Matte & Gloss Paintwork Safe ✓
• PPF & Vinyl Safe ✓
• Trim & Plastics Safe ✓
• Metals Safe ✓
• Surface: All paintwork surfaces