P2i

Traditional water repellency techniques used in footwear, such as dip-applied chemicals and taped seams, have been shown to swiftly lose their effectiveness under ‘real-wear' conditions, while membrane technologies present a physical barrier – trapping in warm vapour and adding weight to the shoe.
ion-mask™, P2i's brand for footwear, outdoor clothing and accessories, gives the whole shoe (even the stitching) superior water repellency, which helps to stop external water getting in and encourages perspiration to evaporate without being absorbed – reducing weight and keeping feet cool and dry. It can also be used as a complimentary technology to protect membranes from destructive oils and contaminants while maintaining a lighter product through minimal water up-take.

Performance textiles encompass apparel, accessories and sheet textiles that have been designed to have enhanced performance characteristics, such as water repellency, stain resistance or better breathability. Traditional water repellency techniques, such as dip-applied chemicals and taped seams, have been shown to swiftly lose their effectiveness under ‘real-wear' conditions. ion-mask™, P2i's brand for footwear, outdoor clothing and accessories, gives complete items (even the stitching) superior water repellency, which helps to stop external water getting in and encourages perspiration to evaporate without being absorbed. This means items dry out more quickly and won't get heavier over time.

ion-mask™, P2i's brand for footwear, outdoor clothing and accessories, offers superior water-repellency, greater uniformity and better adhesion compared to existing coatings used by eyewear manufacturers.
ion-mask™ ensures effective water shedding from lenses for active sports, such as skiing or sailing, and therefore prevents drying stains, which can result in scratches when wiped. ion-mask™ also has anti-misting qualities, while oil repellency reduces the build up of smears from skin oils and lotions without affecting light transmission.

Bio-consumables, such as pipette tips, petri dishes and microtitre plates, suffer from two key liquid repellency problems: fluid retention and molecular binding – both of which can result in expensive errors, transfer loss, and cross contamination. P2i's liquid repellent nano-coating technology provides a powerful solution with ultra low fluid retention and reduced molecular properties, which are maintained even at high temperatures for precise scientific testing.

Filters can range from the conventional, such as simple dust filters for air intakes, to the critical, such as dialysis filters to prevent kidney failure. P2i's nano-coating technology can be used to improve the performance of filtration components by increasing oil and water repellency without affecting airflow, porosity or other crucial performance indicators, such as cake release. The P2i nano-coating also helps to improve reliability and extends the life of the product, particularly in harsh environments.

Engineered textiles are modified to provide heat resistance, strength, chemical durability and other specific performance-enhancing criteria. P2i's nano-coating technology delivers valuable protection against oil and hazardous liquids while also maintaining breathability. In addition, a fully constructed item can be processed (even the stitching), ensuring the maximum level of protection when compared to the treatment of individual components.