Prevent Bacteria & Harmful Microbes

BioPledge AMP's physical kill process remains active on the surface for long periods of time after it dries. Harmful microbes have been tested and can remain on surfaces for 24+ hours and in wet environments up to 3 days! This is precisely why a durable coating that is bonded to the surface and physically kills microbes indiscriminately is so valuable to a front-line defense against current harmful microbes or bacteria and next wave of a new or mutating ones.

When BioPledge AMP is applied in your vehicle, it instantly annihilates microbes and applies a durable antimicrobial barrier*. BioPledge AMP remains active after it is dry.

Cleans & Disinfects - Odorless - No Harsh Chemicals

BioPledge AMP provides instant clean, instant freshness and combats residual odors on treated surfaces without using caustic chemicals or scented masking agents. Its treatment removes both organic and inorganic odors from the air, carpets, upholstery, and surfaces.

• Kills 99.9% of bacteria and harmful microbes and forms a protective shield that delays growth of harmful microbes on interior surfaces.
• Instantly eliminates odor molecules in the air and that have penetrated or rested on surfaces. The BioPledge AMP patented bonding agent adheres to surfaces with no residue, no harsh chemicals and no odor to ensure your vehicle is free and clear of microbes for up to 30 days*

Standard Disinfection and Cleaning is a Short Term Solution

Using standard practices, you only receive 3-4 minutes of protection. Once the surface is touched or air starts flowing, your vehicle is re-contaminated. BioPledge AMP immediately remains BONDED to the surface which prevents the spread of bacteria & harmful microbes and BioPledge AMP has been shown effective from 30 to 120 days depending on friction on the surface. This means that you will have an ACTIVE SURFACE that will eliminate harmful microbes.

We pledge a clean, protected, odor-free vehicle with BioPledge AMP.

*Durability for the length of the coating depends on surface applied and amounts of friction on the surface.