Graphene Detail Spray™ is modeled after our most iconic and versatile product, Adam’s Detail Spray! Simply spray and wipe for a streak free, brilliant finish which now also provides additional slickness, gloss, depth of color and relentless water beading all its own.
Due to the unique nature of graphene-oxide, we are able to formulate the same resins contained in our Graphene Ceramic Coating™ and Graphene Ceramic Spray Coating™ directly into water-based systems, such as our Adam’s Detail Spray! This added functionality allows Graphene Detail Spray™ to universally extend the life of any of our waxes, sealants and even coatings or be utilized as its own form of stand-alone protection.
Unlike Adam's CS3, Graphene Detail Spray™ is designed to work best on a clean, freshly washed surface and is not intended to act as a type of waterless wash.
100% satisfied. Great product
Product is easy to use and produces great results! Highly recommended and will be using frequently!
This graphene detail spray is a surprising chemical concoction. It is easy to use and so easy you don't' realize the work it is doing. It helps to renew the shine the graphene coating is enhancing the look of your ride with. Thank you for allowing the knowledge which the Lord has provided to help preserve our possessions and to keep them looking better than new.
Great addition to the product line.
I have using this product since it came out. It is easy to apply once I have dried my vehicles. What a shine it leaves. The way the rain beads up is great. It is a great product. I also use it when there is a little dust or dirt on it. I also use it after I have used the Waterless Wash.
Instructions for General Use:
For Use When Washing as Drying Aid:
For Use with Adam’s Visco Clay Bar:
Common Sense Warning:
With using Graphene Detail Spray™, a little goes a long way. Spray lightly to achieve a streak free finish. Applying liberally can leave undesirable smearing or streaking. Change towel periodically, especially when laden with product. Work quickly when using in direct sunlight.