High Touch Antiviral Surface Protectant Film

Make your workplace healthier 24/7 through the reduced spread of bacteria, germs and viruses including COVID 19  on all high touch surfaces including hand rails, door handles, touch screens and desks.

High Touch Surface Protective Film is scientifically proven to kill 99.99% of viruses and bacteria including Coronaviruses, Influenza, Ecoli, Staphylococcus, Norovirus…within minutes.

High Touch Surface Protective Film is infused with Nanoshield™ Technology, a patented nanoparticles copper compound (cuprous) ion within the very top layer of our films, coatings and surfaces. This process amplifies the active surface area of copper’s natural disinfectant powers, reducing self-disinfection time from 2+ hours (traditional copper) to minutes.

This superior nanotechnology is manufactured in Japan and is the world’s fastest antiviral and antibacterial surface protective film, against nano-silver, silver ions, copper alloy and zinc.


"SARS-CoV-2 (COVID19) can survive for 28 days on common surfaces"

Viruses and bacteria (pathogens) can survive on hard surfaces for long periods of time. SARS-CoV-2 – the virus responsible for COVID-19 has been studied to survive up to 28 days* on plastic and stainless steel including common surfaces such as banknotes and mobile phone screens, much longer than previously thought. Surfaces that are frequently touched can be a vector for disease transmission.

High Touch Surface Protective Film use a proprietary optically clear PET polymer infused with electrically charged nanoparticles of cuprous copper ions that attach to virus and bacteria, stopping the way they work and killing them within minutes.

HighTouch Surface Protective Film continuous antiviral properties become an essential part of your hygiene practices.

Case Study

Antiviral performance assessment of High Touch Surface Protective Film after six month trials in Japanese nursing care and medical facilities successfully reduced Influenza (H3N2 by 99.9%) on high touch surfaces including handrails and doors.

Hospital Bed TouchGuard
Hand rail TouchGuard

How it works


Electrically charged copper ions attach to viruses and bacteria, stopping the way they work.


The nano-copper reacts with molecules that are produced by bacteria (H202 , 02•-) to form a chemical substance called Reactive Oxygen Species (ROS). ROS damages both the proteins and nucleic acids in viruses and bacteria providing an antibacterial and antiviral effect.


All viruses are surrounded by a protective protein layer that holds the infectious components inside. In order for viruses to spread this layer needs to remain intact. Copper particles are rapidly absorbed into this protein layer bursting their protective wall.

Watch High Touch Surface Protective Film in action

Product overview

High Touch ScreenⓇ

Only optically clear antiviral surface protective film on the market suitable for all screens, using a PET substrate with optically Clear silicon adhesive.

High Touch Surface

High Touch SurfaceⓇ

High Touch Surface protective film is suitable for all non-screen high touch points, using a PVC substrate with acrylic adhesive, applicable for both indoor and outdoor use.