Ceramic Coating
Serving The greater Saint louis, mo area
Exceptional Ceramic Coating Services
St. Louis, MO
At Street Shine Auto Detail in St. Louis, MO, we specialize in premium auto coatings that deliver superior protection and lasting shine. From advanced ceramic coatings to cutting-edge graphene technology, we’ll help you choose the ideal solution to keep your vehicle looking its best for years to come.
ο»ΏIGL Coatings is recognized for its groundbreaking work in sustainable nanotechnology, setting new benchmarks in the coatings industry. With a focus on innovation and eco-conscious solutions, they’ve developed advanced ceramic coatings that feature low or zero VOCs. As the creators of the pioneering 10H ceramic coating, Ecocoat Kenzo, IGL Coatings continues to raise the bar through their commitment to high-performance, environmentally friendly products.
Improving Resistance
IGL Coatings provide a powerful layer of protection that shields your vehicle from a wide range of environmental elements. From harsh UV rays and acid rain to road salts, bird droppings, and chemical contaminants, these advanced coatings help preserve your paint and finish. With their hydrophobic properties, dirt and water slide off more easily, keeping your car cleaner for longer and reducing wear over time.
- acid rain
- bird droppings
- Temperature cycles
- brake dust
- chemicals
- industrial fallout
- insect acid
- micro marring
- mineral deposits
- road grit, salt, etc.
- rust
- sunshine & UV rays
IGL Kenzo
Formulated with cutting-edge nanotechnology and enhanced with graphene for superior performance, this coating offers durability lasting up to 5 years. It provides exceptional resistance to water spots while delivering a brilliant, crystal-clear finish with a deep, natural shine. Engineered with a 10H hardness level, it offers true protection.
5 YEAR
PROTECTION
IGL Elixir
A true breakthrough in coating technology, this product is designed to adapt seamlessly to the dynamic nature of automotive surfaces. It delivers exceptional slickness and a sleek, glass-like finish that exudes luxury and smoothness.
Enjoy a fast and efficient 2-hour no-wet curing time for added convenience.
3 YEAR
PROTECTION
IGL Quartz
Engineered with advanced nanotechnology and reinforced with graphene, this coating offers enhanced durability for up to 2 years. It provides superior resistance to water spots and delivers brilliant clarity with a rich, natural-looking gloss. With a 9H hardness rating, it ensures reliable protection and a smooth, long-lasting finish.
2 YEAR
PROTECTION
PROTECTION FOR TRIM, WINDOWS, LEATHER AND MORE!
IGL ECOCOAT Shield Coating for Vinyl/Wraps/PPF/Matte
Helps protect the film against yellowing, fading, etching, and staining without affecting the self-healing properties. The surface has improved hydrophobics and makes it much easier to maintain the film, especially matte surfaces.
Performance
Durability β β β β
Gloss β β β β
Chroma β β β β
Hydrophobicity β β β β β
Flexibility β β β β β
Slick β β β β β
IGL ECOCOAT Fabric
It creates an invisible layer to repel liquid, dirt, and UV radiation. The result is protection against unwanted liquids, dirts, stains, without altering the flexibility appearance or odour of the coated surface.
Performance
Durability β β β ½
Hydrophobicity β β β β β
Breathability β β β β β
Flexibility β β β β β
Self-Cleaning β β β β β
IGL Leather Coating
It creates an invisible layer that repels undesirable liquid, dirt, dye, and UV radiation.
Performance
Durability β β β β
Gloss β
Hydrophobicity β β β β β
Flexibility β β β β β
Slick β β β
IGL ECOCOAT Wheel
The result is that the ceramic coated surface will have a higher resistance against high temperature brake dust, micro marring, chemical attach and staining that will last up to 1 year.
Performance
Durability β β β ½
Gloss β β β β
Hydrophobicity β β β
Hardness β β β β ½
Self Cleaning β β β ½
Slick β β β ½
IGL ECOCOAT Window
It creates a super water repellent surface and prevents water spots. Lasts up to 1 year
Performance
Durability β β β ½
Waterspot Resistance β β β β
Hydrophobicity β β β β ½
Slick β β β