Low-E Solar Control Technology

Your Window of Opportunity for Energy Savings

SunDensity’s nanomaterial coating technology uses proprietary photonic and optical principles to create custom coatings that optimize low-emissivity (Low-E) architectural glass. These coatings manage solar irradiation to improve energy efficiency, reduce heat gain, and provide desired color control. SunDensity’s technology is designed to enhance various types of windows, making buildings more energy-efficient and contributing to sustainability.

THE PROBLEM

Carbon Emissions from Buildings: A Challenge and Expense.

It’s widely recognized that the conditioning of buildings accounts for approximately 40% of carbon emissions to the environment. Not only does this contribute to Global Warming, but it’s also a major operating expense. It’s also widely recognized that humans respond and perform better when exposed to more natural light. Research has shown that people are more productive, happier, healthier, and calmer when exposed to natural lighting. This “Daylighting” is in high demand in the commercial and residential markets. Conventional solutions to creating low-e glass have been developed over decades, but require a complex process involving multiple coatings of expensive materials to achieve the required performance. 

OUR SOLUTION

Clearly Better Performance.

SunDensity’s nanomaterial coating technology uses proprietary photonic and optical principles to create custom coatings that optimize low-emissivity (Low-E) architectural glass. These coatings manage solar irradiation to improve energy efficiency, reduce heat gain, and provide desired color control. SunDensity’s technology is designed to enhance various types of windows, making buildings more energy-efficient and contributing to sustainability.

To achieve the right balance of ultraviolet/infrared light rejection and visible light transmission, we address the waves at the atomic level. Utilizing our PSC™ technology, these performance parameters can be addressed, along with accommodating various color requirements — a very important feature for architectural glass. 

THE BENEFITS

Our Low-E Solar Control Technology saves energy costs, and the environment. 

SOLAR CONTROL

PSC coating keeps the sun’s heat out of buildings in high temperature scenarios.

LOW-EMISSIVITY

PSC coating keeps indoor temperatures consistent by radiating the indoor heat during cold temperatures.

  • Higher Production at Lower Cost

  • Improving 'Daylighting'

  • Reducing heat gain, and the need for HVAC

  • Saving energy and greatly reducing carbon emissions

The R&D Behind Low-E Solar Control.

We’ve invested in cutting-edge lab technology — allowing us to produce and test low-e solar control window coatings efficiently and effectively.

  • Spincoater

    Spreads liquid solutions or dispersions of materials onto substrates for subsequent characterization of optical properties.

  • Labconco Vent Hood and Chem Mix Area

    Provide safe environment for handling volatile chemicals, cleaning substrates and preparing solutions for testing and coating.

  • Horiba Fluorometer

    Measures the fluorescence or light emitted by different fluorescing objects and materials.

  • Newport Oriel Sol3A Solar Simulator

    Provides simulation of solar irradiation in a lab environment to test optical and electronic properties of coatings and solar cells.

  • Photoluminescence Tool Setup

    Laser and sunlight illumination is used to characterize and quantify the photoluminescence of powders and coated materials.

  • FilmSense Ellipsometer

    Used to characterize the optical constants in bare substrates and coated materials and provides modeling to estimate the coating thickness of an applied material.

  • Profilometer

    Used to physically measure the thickness of films coated on substrates.

  • Ossila Resistance Meter

    Used to measure the effect of coatings on surface electrical properties that interact with optoelectronic output.

  • Filmetrics Reflectometer

    Used to measure the optical qualities of substrates and coated materials for transparency, reflection and absorption and estimate optical constant and multilayer and multi-material thicknesses.

  • Allwin Annealer

    Rapid, high temperature processing of coated substrates.

  • KDF 654 Sputter Coater

    Provides ability to sputter coat thin films of up to 4 different oxides and metallic materials in various combinations onto substrates under high vacuum.

  • Ultrasonic Substrate Cleaning System

    Uses ultrasonic waves and detergents to clean glass and other substrates in preparation for coating and treatment. Requires specially processed deionized water supply.

  • Laminator

    Utilized to layup and assemble fully integrated mini solar modules including coated glass, adhesive and solar cells into solar modules for simulation and field testing.

Climate Change is a Numbers Game.

Climate Change is a Numbers Game.

We’re Helping Customers — and the Environment — Win. 

As of 2020, 80 countries have signed ‘The Paris Agreement’ – the largest International Treaty on Climate Change in history. It means countries will require new energy standards to curb Carbon Emissions and try to combat the increasingly deadly and destructive impact of an ever-warming planet. Our goal at SunDensity is to make a contribution to this effort through improved energy efficiency in commercial and residential buildings using our proprietary Low-E technology.

Unlock Your Energy Savings Potential
with Low-E Solar Control Technology

Discover how SunDensity's revolutionary Low-E technology can lower your energy costs, reduce your carbon footprint, and enhance the comfort and productivity of your spaces. Don't miss your window of opportunity for substantial savings and environmental impact. Reach out to us today for more details or if you have any questions.