Nanotechnology based window insulation delivers year round energy savings in any type of climate

By November 10, 2015Press Release, Thermal
Liquid NanoTint samples

Windows are responsible for over 25% of the heat transfer in structures
(Los Angeles, CA) – – Unlike dark window films, Liquid Nanotint – – has the ability to mitigate both radiant and conductive heat, reducing the load on HVAC systems in all climates while allowing buildings to benefit from the natural daylight gain. Available globally, this new liquid nanotechnology provides a clear, translucent shield against energy loss through the combination of solvent borne tin-oxide based nano-particles and an inorganic adhesive binder. Liquid NanoTint forms a 10 micron thick self-leveling clear coat that bonds directly to glass and polycarbonate surfaces. Unlike conventional window films and tints, Liquid NanoTint will not delaminate, crack, bubble or fade over time, lasting a minimum of 10 years.
Liquid NanoTint & Liquid NanoTint Clear
Liquid Nanotint is available in two versions. Nanotint, which provides 100% protection from UV, up to 95% protection from IR while allowing approx. 70% VLT and Nanotint Clear which provides 100% protection from UV, 80-85% protection from IR while maintaining approx. 90% VLT.
Using Nanotechnology as Insulation
Applied like paint, Liquid Nanotint provides a non-invasive and cost effective alternative to costly double pane windows while providing the same type of energy savings. The roll-on application makes it the practical choice for retrofitting existing inefficient glass without having to spend money on new energy efficient windows.
About Drywired
Drywired is an award-winning Los Angeles based clean tech firm that distributes advanced surface nanotechnologies globally. Drywired’s mission is to harness nanotechnology as a catalyst for change. Their eco-friendly protective thin-film coatings make buildings more energy efficient, surfaces cleaner, lessen e-waste, reduce city air pollution and make food last longer. The company is committed to solving global challenges through scientific partnerships with private laboratories and leading universities. More information is available at:

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