Plasti Dip Blaze is a unique collection of neon Plasti Dip colors that deliver eye-catching looks for any application. Use Plasti Dip Blaze anywhere you need bright, easy to see colors—you can use it to improve visibility for safety concerns, to add can’t-miss color to frequently misplaced items, or for a one-of-a-kind look on almost any do-it-yourself project. Plasti Dip Blaze is available in six eye-catching colors: Blaze Blue, Blaze Orange, Blaze Pink, Blaze Yellow, Blaze Purple, and Blaze Green. The Blaze collection applies quickly and easily to nearly any substrate material, and creates a protective coating to shield against abrasion, corrosion, mild impact, and the elements. Plasti Dip Blaze also creates a soft, easy-grip surface that helps prevent skidding and slipping. For the brightest possible colors, it’s best to apply Plasti Dip Blaze over a white base, preferably white Plasti Dip, for optimum adhesion. Due to their unique composition, fluorescent pigments like the ones used in Plasti Dip Blaze tend to fade faster than other colors. Plasti Dip International has taken preventative measures, including the addition of a UV protector to the formula, to help the Blaze colors stay brighter longer, but some fading is inevitable. However, in most instances, quick touch ups as needed should be sufficient to keep Blaze colors bright. If the coating gets damaged or wears out, or if you decide to change the look of your Plasti Dipped items, cured Plasti Dip Blaze will peel off easily from most surfaces. It leaves the material underneath in its original, pre-Dipped condition. All colors of Plasti Dip Blaze are available in convenient 11-oz. aerosol cans. Just shake it up and spray it on to give any DIY project a vivid, attention-grabbing look.
Items coated gain protection from moisture, acids, and corrosion
A non-slip controlled grip and comfortable
Does not crack or become brittle in harsh weather conditions
Protection from shock, vibration, and heat.
Remove easy from most places when ready to go back to original surface
