High-transmittance double-glass components

What are the characteristics of high transmittance double silver low E glass?

1.High Light transmittance:between 65-70%,and clear appearance. 2.Relatively low reflective: 10-14%. 3.Similar LSG: Around 1.8, SC and SHGC are similar. Download the complete performance data: High transmittance double silver low e glass performance

What is high light transmission glass?

Glass with high light transmission allows daylight to cascade through curtain wall designs. Interior spaces are bathed with light and help create a more interactive environment. When combined with oversized glazing, low-E coatings with high light transmission can make a captivating first impression.

What is low-E glass with high light transmission?

In warm climates, low-E coated glass with high light transmission can help limit unwanted heat to help reduce the burden on cooling systems. In cold climates, the capture of solar heat through the glass can also aid in passive heating, helping to lower overall energy demands. Glass with high light transmission offers unique aesthetic options.

What is the transmittance of a glass diffuser?

Consequently, a transmittance of 95% or more can be obtained. As being made of glass, our glass diffusers have excellent light resistance compared to resin diffusers. For example, even when exposed to high-power laser light for a long time, defects such as discoloration do not occur.

Which glass substrate has the highest transmission spectra?

The OTES-modified SiO 2 coating showed the highest transmission, around 94%, followed by the uncoated glass substrate with 91% transmission and the HS3 coating with a transmission of 87%. Fig. 4. Transmittance spectra of uncoated glass substrate, HS3 coating, and OTES modified SiO 2 coating on glass substrates.

What are the components of double glazing?

The double glazing presents the following assembly: 3.2 mm AR glass, 8 mm argon-filled gap, 3.2 mm low-e glass. The absorber consists of a copper tube-plate meander (plate thickness = 0.3 mm, tube spacing = 95 mm, tube diameter = 10 mm) and a selective coating (αe = 0.94 ± 0.01; ε = 0.05 ± 0.02).