Why Choose Fibre Shield™?

Our laboratory tested technology is not only effective against a broad spectrum of micro-organisms, including certain viruses, mould, mildew, fungi, yeasts and gram (+) and gram (-) bacteria, but also permanently bonds molecularly to all surfaces to form a new antimicrobial surface which is durable, resistant and ready to destroy harmful bacteria.

Max Germ Guard Fibre Shield™ will not wash off or dissipate into the air and does not exhibit loss of activity over the normal life of the substrate which has been treated. Max Germ Guard™ Fibre Shield™ contains no heavy metals, tin, lead, mercury or formaldehyde and is non-toxic making a market leader environmentally.

Laboratory tests in the field with carpet installed in challenging environments have shown that Max Germ Guard™ Technology is extremely effective and durable in controlling microorganisms. Typically these organisms cause odors, defacement, and deterioration of carpet. Many of these microorganisms are associated with allergic reactions and potentially infectious diseases.

As one of the only carpet treatments available today that protects carpets against mildew and odors caused by microorganisms, while retaining its effectiveness after stain removal and cleaning. Max Germ Guard™ Fibre Shield™ means double protection

Max Germ Guard™ Fibre Shield™ technology does not dissipate or leach, it can not be absorbed by the organism - or by humans. By using our Shield technology, the membrane of the microbe is physically destroyed. Since it is not consumed and does not dissipate, the antimicrobial active is not depleted and continues to control microbial growth over a period time. This means that the antimicrobial will be fully effective as long as the surface remains intact.

Please continue to visit this site for the launch of our technical library which contains a wealth of data on our technology and products, articles and marketing materials. Search our site and discover why using Max Germ Guard™ Fibre Shield™  is the best choice in antimicrobial protection.