Liquid NanoTint Overview PROPRIETARY AND CONFIDENTIAL
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About DryWired
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Award-winning California small business
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Network of award-winning scien8sts
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Expansive por=olio of thin film protec8ve coa8ngs
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Advanced energy efficient technologies
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Distributes air cleaning nano-technologies
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Focus on safe, waterborne low VOC coa8ngs
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Research partnerships with universi8es and independent labs
PROPRIETARY & CONFIDENTIAL
M E M B E R
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Liquid NanoTint Transparent Thermal Nano-Insulation Coating for Glass
Liquid Nanotint® is a transparent thermal insulation coating for windows capable of blocking 100% of Ultraviolet (UV) rays, up to 95% of Infrared (IR) rays and maintaining up to 90% Visible Light Transmission (VLT). Features • Reduces seasonal heating/cooling costs • Absorbs and dissipates heat (non-reflective) • No Heat Island Effect • Cost effective & environmentally friendly • Easy application by custom paint roller • Can be applied on top of or under window film • Dries within minutes • Zero off gassing when fully cured • Below VOC limit for EPA Glazing standards • 10 Year Warranty • Recommended for interior glass application • Excellent retrofit for single-pane glass
Uses • Commercial glass • Residential glass • Glass manufacturing • Polycarbonate materials • Skylights
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Liquid NanoTint How It Works
• Metal-oxide nanoparticles infused in DryWired’s proprietary binder, trap thermal energy and dissipate heat • Nanoparticles include tungsten oxide and antimony tin oxide (20nm thickness)
PROPRIETARY & CONFIDENTIAL
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Liquid NanoTint Comparison
How does Liquid NanoTint compare to conventional window film? LIQUID NANOTINT
CONVENTIONAL WINDOW FILM
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Lasts at least 10 years
Lasts 5-7 years
90% Visible Light Transmittance (VLT)
Dark/ Tops out at 40% VLT
High durability
Easily cracks with moisture and heat
No distortion
Distorts visibility due to patterns in film
24-hour, All Climate protection
Eective only in sunlight
Easy application
Imperfections due to user error
Greater abrasion resistance
Easily scratched
Applicable on uneven surfaces
Cannot be applied on textured glass
Ideal for historic building glass
Cannot be applied to historic buildings
Complements smart lighting
Makes smart lighting ineďŹƒcient
PROPRIETARY & CONFIDENTIAL
Case Studies
PROPRIETARY & CONFIDENTIAL
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Liquid NanoTint Case Study – University Building Client: University of Idaho Date: 2015 Location: Moscow, ID Challenge: University of Idaho experienced uncomfortably hot conditions in their buildings during the summer months due to a lack of central air conditioning. Solution: Liquid NanoTint was applied to single-pane glass in one of the affected buildings and reduced room temperature up to 20ºF. Testimonial: “(Liquid NanoTint) is the best thing since sliced bread“ – Fred Pollard, University of Idaho Resource Conservation Manager
Normal Glass (Heat passes through) PROPRIETARY & CONFIDENTIAL
Liquid NanoTint Glass (Nanopar8cles trap heat)
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Liquid NanoTint Case Study – Historic Building Client: Texas National Guard Date: Sept . 2016 Location: Texas Challenge: National Guard Recruitment centers in Weatherford and Terrell Texas were experiencing extremely hot room temperatures due to un-insulated single-pane glass. Solution: Liquid NanoTint was applied to the single-pane windows in order to increase the building’s energy conservation efforts while not sacrificing visible light transmittance.
PROPRIETARY & CONFIDENTIAL
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Liquid NanoTint Case Study – City Hall Office Client: Los Angeles City Hall Date: 2016 Location: Los Angeles, CA Challenge: Los Angeles City Hall’s old single-pane glass provided no UV or Infrared protection to the Deputy Mayor’s Office. Solution: Liquid NanoTint was applied to the office windows providing 100% UV protection and 95% IR rejection. The Mayor’s energy efficiency staff measured a 19ºF difference taking into consideration ambient room temperature and outdoor weather differences.
PROPRIETARY & CONFIDENTIAL
R&D Projects
PROPRIETARY & CONFIDENTIAL
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R&D Project: Liquid NanoTint
DryWired’s Liquid NanoTint has been added to Google’s Healthy Materials program. Google’s Healthy Materials Program was created to iden8fy the healthiest products and materials for every Google building around the world. Por8co was developed by the Healthy Building Network team led by Chief Technology Officer Larry Kilroy, in collabora8on with Google, to advance healthy materials use, accelerate access to high-quality and comparable data, and seamlessly connect supply with demand. Since 2015, Google has been using Por8co to iden8fy the healthiest products for its worldwide buildings, communicate Google priori8es and inform product decisions that meets the healthy materials criteria and product scoring based on reliable and transparent manufacturer supplied data
Site of Google’s future Los Angeles Headquarters which will uses DryWired’s Liquid NanoTint.
PROPRIETARY & CONFIDENTIAL
Contact DryWired Company Information Office: +1.323.581.8181 Fax: +1.310.855.1208 5524 Alcoa Ave. Vernon, CA 90058 www.drywired.com
PROPRIETARY & CONFIDENTIAL