Plasti Dip Synthetic Rubber Coating


This item is a shipping hazard and can only ship via ground delivery within the continental United States.

What is Plasti Dip?

Plasti Dip is a multi-purpose, synthetic rubber coating or plastic dip, that can be applied easily by brushing, dipping or spraying. Commonly, Plasti Dip is used for automotive customization and protection, though the range of use can extend to other areas like RV and marine, power sports, home and garden and more.

Plasti Dip adheres to a wide range of surfaces like metal, plastic and rubber, and creates a flexible and protective layer. It is popular for temporary color changes because the coating can be easily peeled off without damaging the original surface. It remains flexible, stretchy and will not become brittle or crack in extreme weather conditions; -30°F to 200°F.

Why Use Plasti Dip?

Plasti Dip is popular for many different projects due to its easy-to-use nature. Other reasons to use Plasti Dip include:

  • Temporary Customization: Plasti Dip allows users to temporarily change the color of surfaces while protecting them from the elements or corrosion. TAP offers a range of Plasti Dip colors.
  • Protective Coating: Plasti Dip adds a protective element to surfaces that may be exposed to the elements, corrosion or heavy use.
  • Peelable: Plasti Dip is peelable when dry and can be removed without damaging the original surface.
  • Versatile: Plasti Dip adheres to different surfaces like metal, plastic and rubber.
  • DIY-Friendly: Plasti Dip is easy to apply and easy to remove, making it the ultimate DIY product.
  • Cost-effective: Compared to other painting methods, Plasti Dip is often more affordable.
Whether you plan to use Plasti Dip for aesthetic changes, protection or experimentation, Plasti Dip is a cost-effective and reversible solution.

Contact us today about your Plasti Dip needs by emailing info@tapplastics.com

WARNING: This product contains a chemical known to the State of California to cause birth defects or other reproductive harm.