DINEX
This very tough fabric was born to satisfy precise necessities of people who practise EXTREME SPORTS: lightness, high perspiration, resistance to wear, rubbing and tears.
TECHNOLOGICAL - Thanks to Lazzati's long-lasting and constant research, DINEX is a textile product in the van of High Tenacity field.
FASHION - Thanks to a soft touch and an actual and free-and-easy design, DINEX is also suitable for fashion trends inspired to sport.
Techno soft 2000 MEMBRANE
Extreme Limit
The techno soft 2000 hydrophilic membrane is extremely light and thin. Hightly resistant and elastic, it protects from rain, snow and melting ice, only allowing perspiration through. When techno soft 2000 comes into contact with humidity the film swells, opening the molecules that asorb water to saturation point, carrying the moisture outside.
Techno soft 2000 COATING
The garment "breathes".
The material is treated with techno soft 2000 coating, a polyuretane layer containing millions of pores invisible to the naked eye and ten thousand times smaller than a drop of water. This micro-porous coating is rain and wind resistant yet allows perspiration through to the side.
Techno soft COATING
The garment "breathes".
The fabric is treated with techno soft coating, an hydrophilic polyurethane layer able to garantee a good resistance to water and wind allowing perspiration through to the outside, at the same time.
XT - Xtreme Xtension
Is a revolutionary fabric developed by Lazzati Tessuti Innovativi for extreme sports. Five functions combined in a single product to ensure comfort and technical superiority based on the new concept of technology for well being: elastic, water resistant and repellent, offering protection against atmospheric agents and transpiration.
TECNAPA
Phoenicians used hemp fibre to build their boats’ sails and until the 20’s, 80% of the fabrics was produced with this material.
Nowadays it crops up again on the fashion stage with its long, shiny fibre, announcing a new season made in Italy.
Tecnapa fabrics keep their particular molecular structure, giving you a fresh sensation in the summer (they can absorb up to 95% infrared and UVA rays, injurious to skin, by preventing them to filter) and a warm, comfortable sensation during the winter. Furthermore they can absorb the humidity without letting it pass on your skin.
