Low-E glass, which stands for low-emissivity glass, is an advanced glazing product designed to improve the energy efficiency of buildings. The technology involves applying a microscopically thin, transparent coating of metal or metallic oxide to the surface of the glass. This coating is so fine that it does not affect the clarity or color of the glass, allowing it to be used in a wide range of applications, from residential windows to large commercial facades. At Nanocam, we provide high-quality Low-E glass that can be supplied as either clear or tinted, depending on the architectural and aesthetic requirements of your project.

The primary function of the Low-E coating is to control the transfer of heat through the glass. It reflects long-wave infrared radiation—which is essentially heat—while allowing short-wave visible light to pass through. In colder climates, this means the coating helps to keep the heat generated inside the building from escaping, thus reducing heating costs. In warmer climates, it works in reverse, reflecting the sun's external heat away from the building to keep the interior cooler and lower air conditioning expenses. This selective filtering of radiation is the key to the significant energy savings that Low-E glass provides, making it a cornerstone of modern, sustainable construction.

Nanocam is committed to providing versatile and effective glass solutions to meet the diverse needs of our clients. Our Low-E glass is predominantly supplied in a standard thickness of 6 mm, which is suitable for a majority of applications. However, we understand that unique projects often demand unique specifications. Therefore, we have the flexibility to supply Low-E glass in various other thicknesses upon request, ensuring that your project's specific performance and structural requirements are perfectly met.