The unique 5 methods of the washable sticky pad can effectively reduce the pollutants carried by the sole, tire and air; through size, material, softness, smoothness, the complete clean area technology is defined.

size

The accepted method of effectively removing contamination from shoe soles or wheels requires a total of six full steps or three wheel revolutions, and the standard large area of the washable sticky pads can provide a strong basis for removing contamination from shoe soles.

material

Silver ion-based antimicrobial products from BioMaster Biotechnology have been used in washable sticky pads and have been shown to be effective against more than 50 different microorganisms including MRSA.

softness

The unique polymer surface of the washable sticky dust pad is soft and flexible, which can be well attached to the sole and wheel material and collect particles between 0.1-100 microns in size.

smoothness

The exceptionally smooth surface of the washable sticky pads produces natural stickiness and highly short-range electromagnetic forces (Van der Waals forces). This ensures that washable sticky mat micro-pollution control products can effectively attract, collect and limit over 99% of particulate pollutants.

Polymer structure of washable sticky pads

Over 99.9% of contaminants carried through shoe soles and tires can be inhibited (Dr Caroline Clibbon, Senior Microbiological Analyst, GlaxoSmithKline, UK). Washable sticky mats have also proven effective in reducing airborne contaminants by 75% Washable The soft surface of the sticky pad ensures that it can effectively collect extremely small particles including shoes and wheels, and the washable sticky pad can effectively collect small particle pollutants with a particle size of 2 nanometers to 10 microns.

The silver ion-based antibacterial products used in the Washable Sticky Pad Micropollution Control Products have been shown to be effective against more than 50 different microorganisms including MRSA and E. coli.

Washable sticky pads Smooth and soft product surface for maximum product contact with soles and wheels.

Efficient surface energy (van der Waals forces) allows maximum collection and adsorption of particles of all sizes.

Simple and regular cleaning methods guarantee effective micropollutant control for years to come.

Within a controlled range, particulate matter can be effectively removed and contained, thus preventing their re-release into the environment.

At the end of the product's useful life, the flooring system can be recycled.