Carnauba Drying Agent Sealer
Stinger Chemical Carnauba Clear Coat Sealer is a concentrated formula designed for automatic and full-service car washes. This advanced blend combines polymers and premium carnauba wax to deliver a protective coating that enhances and protects vehicle surfaces. The addition of optical brighteners ensures a brilliant, high gloss finish that leaves vehicles looking showroom-ready.
Features:
🚗 Concentrated Formula: Stinger Chemical Carnauba Clear Coat Sealer is formulated to be highly concentrated, ensuring economical use while providing effective results in every wash cycle.
🛡️ Protective Coating: The combination of polymers and carnauba wax creates a durable protective layer on vehicle surfaces. This coating not only enhances the appearance but also repels water and contaminants, maintaining the vehicle's cleanliness and shine.
✨ Optical Brighteners: Infused with optical brighteners, this clear coat sealer enhances the gloss of the vehicle's paint, giving it a vibrant and eye-catching finish.
🍌 Banana Fragrance: Enjoy a refreshing banana fragrance that adds a pleasant aroma to the car wash experience, creating a welcoming atmosphere for customers.
🌊 Water Repellent: Rapidly repels water, ensuring that vehicles dry quickly and without water spots, contributing to a flawless finish.
🔧 Easy Application: Designed for use in both automatic and full-service car wash systems, Stinger Chemical Carnauba Clear Coat Sealer is easy to apply and integrates seamlessly into existing car wash processes.
Directions [Non-Car Wash Hookup]:
1. Wear safety glasses when using this product.
2. Rinse the exterior area of the car.
3. Apply the product to the vehicle or directly to/through a foam brush or foam gun.
4. Do not allow product to dry or remain on surfaces for a prolonged period of time.
4. Scrub the area with a foam brush or sponge if heavily soiled.
5. Rinse area and surrounding area with high pressure water.
6. FOR BEST RESULTS: Always wet down surrounding areas first. Do Not allow product to dry on surface.