Dirty Anchor - Guard Kit

We put together the Dirty Anchor™ - Guard Kit for boat owners who are a bit apprehensive about Ceramic Coatings.  Dirty Anchor™ - Guard will provide excellent protection for your boat and will be cost effective and easy to apply.

Dirty Anchor™ Guard is a partially reduced, graphene-oxide modified ceramic coating that protects marine vessels from weathering, chemicals, physical abrasion and UV rays while repelling water, dirt, and other contaminants via a strong self-cleaning effect. Dirty Anchor™ Guard applies an ultra-hard, inert, durable film that is several microns thick and produces a deep, reflective, mirror-like shine and highly slick surface.

Included in the kit:

1 - 16oz bottle of Dirty Anchor™ - Prep

1 - 12oz bottle of Dirty Anchor™ - Guard

2 - Suede Applicators

4 - Microfiber buffing towels

4 - Pairs of Rubber Gloves

1 - Pelican Style Waterproof Case

Directions: 

*Please use the protective gloves provided in your kit in all of the following steps.

Dirty Anchor™ Prep:

1 – Spray Prep, both on your clean microfiber towel and on the desired surfaces you are preparing.

2 – With a wiping motion, clean the surface in preparation of the application of Dirty Anchor™ - Guard as described below.

3 – It is recommended that you test this in a small inconspicuous area first, to ensure this product performs as desired.

Dirty Anchor™ Guard:

1 - Spray Dirty Anchor™ Guard into a microfiber or suede applicator that was included in the kit.

2 - Wipe the product onto the surface, allowing it to be fully covered. 

3 - Allow the coating to flash - the product will either look like a rainbow on the surface or there will be little droplets on the surface that will resemble an “Oily” film on top. Temperature and humidity will affect the time required to flash.  

4 - Buff to a high shine with a clean microfiber towel provided in the kit.

5 - Allow 4 hours cure before exposure to water.

6 – It is recommended that you test this in a small inconspicuous area first, to ensure this product performs as desired.