UVMax®

Available for a wide range of product applications and industries, UVMax® combines both functionality and performance in its line of UV-cured powder coatings.

Epoxy, Polyester, and Epoxy-Polyester Hybrid resin systems are available for a variety of substrates. A coating can be formulated to meet your specific finish performance requirements.

UVMax® is available in wide range of colors, glosses, and textures with custom color matching to any PMS, Pantone, or supplied sample.

Antimicrobial Additive

UVMax® UV cured powder coatings are now available with an antimicrobial additive option for added protection on powder coated surfaces.

UVMax® Defender using Bactiblock technology is available for all resin chemistries in our UVMax® powder coating line without hindering coating appearance or performance. The antimicrobial agent in UVMax® Defender uses silver ion technology that attaches to the cell walls of a microbe, interrupting enzyme production and DNA replication.


Applications

Hospitals
Schools
Gyms

Hospital Cart
Child Care Centers
Public Transportation
Restaurants

Gym Equipment
Laboratories
Medical Facilities
Airports

School

How It Works

The Bactiblock antimicrobial additive is added during the powder manufacturing process to help inhibit the growth of microbes on powder coated surfaces. The antimicrobial utilizes silver ion technology which helps stop harmful microbes from multiplying.  Silver is highly regarded for its antimicrobial properties and effective in interfering with the cell membranes to prohibit growth.

Antimicrobial Efficacy After 24 Hours

Independent third party testing was performed in accordance to ISO 22196 standards. After 24 hours, surfaces coated with UVMax® Defender showed both E coli and Staphylococcus bacterial reproduction reduced by more than 99.99%. 

Hours

24

E Coli Reduction

>99.99%

Staphylococcus Reduction

>99.99%

Note: The use of UVMax® Defender is not designed to eliminate the potential of harmful microbes on surfaces nor replace standard cleaning practices.