Jax Wax Graphene Detailer Spray

Regular detail sprays maintain your paint. Graphene Detailer protects it. Jax Wax Graphene Detailer is an innovative graphene oxide-based spray that goes beyond a standard quick detailer — it adds a genuine layer of protection with every use, building extreme hydrophobic properties and a deep, slick gloss that gets better the more you use it.

At Chicago Jax Wax, we recommend Graphene Detailer as the go-to maintenance spray for any coated vehicle. If you've invested in a ceramic or graphene coating, this is the product that keeps it performing at its best between details. Spray it on after every wash to top up the protection, boost the hydrophobics, and keep that showroom-wet look locked in. It also works beautifully as a standalone sealant on uncoated vehicles, delivering excellent protection and gloss without the full coating process.

What It Does

• Graphene oxide formula — adds real protection with every use, not just gloss like a standard detail spray
• Extreme hydrophobic properties — water beads and sheets off aggressively, keeping the surface cleaner between washes
• Deep gloss & slickness — leaves paint looking wet, rich, and mirror-smooth after every application
• Coating maintenance — ideal for topping up and maintaining ceramic or graphene coated vehicles
• Standalone sealant — works as a full protection product on non-coated vehicles with excellent results
• Safe on all exterior surfaces — paint, glass, trim, and chrome

How to Use

1. Use on a clean, dry vehicle after washing
2. Spray Graphene Detailer onto one panel at a time
3. Spread evenly with a clean microfiber towel using overlapping strokes
4. Flip the towel to a dry side and buff to a deep, glossy finish
5. Repeat panel by panel for full vehicle coverage

Pro tip: Apply Graphene Detailer after every wash as your regular maintenance step. On a coated vehicle, it keeps the hydrophobics topped up and the gloss at its peak. On an uncoated vehicle, regular use builds up a protective layer that gets more effective over time.