Resilient Solutions for a Challenging Era • NanoArchitech

We envision a nearly unexhaustible list of uses for this ‘platform technology.’

In the world of materials science, both Neuskyns™ and Fireskyns™ transform the global climate impact of building materials, with over 85% reduction in CO2 emission vs standard Portland cement production. This material has the further ability to create NetZero construction material by inclusion of captured CO2 fillers.

The capabilities of the material itself provide a breathless array of possibilities – some of which are listed on this website. From quick-build Hurricane-resistant housing in the wake of a disaster, to practically unburnable buildings in areas of high fire risk, non-toxic and hypoallergenic indoor built environments for individuals with chemical sensitivies, re-colonization structures for coral reef recovery, and indoor farming facilities with structural elements that will not support unwanted mold and bacterial growth.

Features

NEUSKYNS^™

^{Ivory, Desert Peach, Terracotta, favorite colors shown above, plus 200 more colors !}

Coatings, Finish Materials, Building Skins, Building Envelopes, and Solid Green Cementitious Supermaterials with Multiple Benefits to Disaster Resilience and Healthy Buildings in a single-source material solving several construction problems.

NANOARCHITECH RESILIENT COMPOSITES AND COATINGS

Neuskyns^TM Resilient anti-microbial coatings for Indoor Protection
Neuskyns^TM Super Durable Finish Materials for the Building Envelope
Fireskyns^TM^{Advanced Finish Materials for Building Envelopes}

Composites and Coatings Applications:

Neuskyns^TM coatings
Interiors-antimicrobial, hypoallergenic coatings
Fire prevention coatings
Quickset Repairs and restoration materials highly adhesive to most materials
Toxin/CO2 encapsulation
Treats steel -anti-corrosive, wood, concrete surface coating and restoration.

SERVICES:

Product licensing opportunities
Architecture /engineering application and consulting
Smart building system integration services including renewable energy integration
Consultation-alternative composites for environmental health and safety

Differentiators, Benefits and Advantages:

Lasts generations longer than common cement – 3 Times Longer
Highly resilient to water, fire, mold, and toxins
Sound, thermal, and radiation barrier
Encapsulates toxins
Recycles waste materials as filler
Super adhesive to concrete, wood, and metal
Absorbs and dissipates CO₂
Creates Resilient antimicrobial and hypoallergenic homes
Uses: flooring, walls, roofing, repairs, and coatings
3D printable for Construction
Accelerates Speed for ease in precast, prefab & molds
Color is solid -no painting required- self-cleaning
Infrastructure rejuvenation using much less cement

” As, CEO and Founder of the Global Center for Preparedness & Resilience, we support NanoArchitech, Inc. for taking a lead on developing resilient materials for the Built Environment.”Cliff Bragdon,PhD.

http://www.globalcenterforpreparednessandresilience.com/