Magnum has joined forces with P2i, pioneering the introduction of their groundbreaking ion-mask technology to the tactical footwear industry.

ion-mask is a patented plasma-based technology, originally developed for the UK military, to repel chemicals and protect soldiers from chemical attack.

It permanently alters the surface of a product at a molecular level to repel water and other liquids even blood pathogens which are forced to bead up like mercury and simply run-off to protect the wearer.

Features:

• Chemical Resistant

With surface energy three times lower than PTFE (Teflon) all surfaces enhanced by the ion-mask process not only become hydrophobic to water but are also able to repel oil, petrol and other chemicals.

• Pathogen Resistant

These same repellant properties also prevent absorption of blood borne pathogens and other liquid borne pathogens.

• Waterproof

The plasma process enables polymers to infuse to the shoes/boots on a sub-microscopic scale. This means that every single fiber is given a layer of water-repellent polymer only molecules thick.

• Hydrophobic

Furthermore, the ion-mask process means the fibers on even open-weave materials become repellent, and therefore non-absorbent.

• Breathable

Enhancing every fiber, not just the outer layer, means the entire shoe inside and out is treated. This eliminates the need for a waterproof membrane, or "bootie construction", so the shoe is as breathable before the process as after.

• Lightweight

The shoe is also lighter, approximately 35 grams for a mid-cut size 9, than its membrane equivalent. In fact, unlike a membrane construction, the treated shoe will not gain weight when used in wet conditions as the material no longer retains water.

• Stay-Clean

ion-mask enhancement also helps to keep footwear cleaner longer. Like water, the treatment helps to repel dirt and therefore reduce staining.

• Environmentally-friendly

Only tiny quantities of chemicals are needed, with minimal waste, so the ion-maskTM process is also highly-efficient compared with traditional methods such as dip application (DWRs) or membrane technologies. Equally, the process is activated at room temperature (unlike membrane technology which is formed at 320º F) making it one of the most climate-friendly footwear technologies available.