The Low-E energy saving glass is a kind of coated glass that uses vacuum magnetron sputtering (PVD) technology and special equipment to plating multiple layers of inorganic materials, such as metals, metal
compounds, etc. on the glass substrate, which contains at least one or more layers of nano-silver materials, giving ordinary glass materials controllable reflective color, visible light transmittance and reflectivity, as well as energy-saving performance and other new functions.
The appearance of a glass facade is a combination of reffection of the colors of the glass + sky and the background +transmission of light and colors from the indoors”. Therefore, the glass color will change with the environment. SYP suggests that customers should evaluate glass color outdoors, in the natural sunlight.
Reduce the thermal emissivity of glass from 0.84 to ≤ 0.15, and the material heat transfer coefficient (U value) from 3.0W/m2·k to ≤ 2.0W/m2·k, Effectively reduce energy consumption caused by indoor and outdoor temperaturedifferences.note
The total solar energy gain coefficient (SHGC) is reduced from close to 1 to ≤ 0.6, effectively controlling the radiant heat transfer.note
The visible light transmittance of the glass can be controlled at any point between 0.2 and 0.8, and the visible light reflectance can be controlled at any point between 0.07 and 0.50, effectively controlling the effect of glare.note
The color of coated glass can be changed as needed.
Single-silver, double-silver and triple-silver offline low-E energy-saving glass, SHGC is reduced step by step, spectral selectivity is optimized step by step under the condition of close to the same visible light transmittance.
Better climate suitability.
In order to facilitate off-site reprocessing, some products that can be reprocessed off-site are developed to meet the energy-saving requirements of buildings at different levels.
All offline Low-E energy-saving glass must be protected by effective measures to avoid failure caused by silver oxidation in the natural environment.
Combined with online Low-E energy-saving glass, it can be made into a SYP patented product “super energy-saving insulating glass” with lower heat transfer coefficient (U value).
Low-E glass can be used in combination with tinted glass, solar reflective coated glass or enameled glass to achieve a unique and personalized design effect in color and pattern, while further enhancing the thermal insulation performance of the glass.
colour:Neutral, Various shades of grey, blue, green, blue green, and gold.
Glass Thickness: 3-19mm ( 1/8”~ 1/2”)
Maximum Size: 3300x13000mm ( 130”~511 4/5”)
Minimum Size: 300x800mm ( 11 4/5”~31 1/3”)