The products are available in a range of colours clear evergreen.
Solar low e glass.
Solarban z75 glass consists of solarban 70 solar control low e coating on optiblue tinted glass with clear glass as the inboard lite.
Low e glass solar control and passive low e glasses glass is one of the most popular and versatile building materials used today and it provides a dramatic aesthetic.
Its exceptional solar control characteristics make solarban z75 glass an excellent choice for warmer climate zones with high cooling costs.
They keep interiors warmer in winter and cooler in summer.
Pilkington solar e is a range of good solar control performance on line coated glasses offering low solar heat coefficient gain low reflectivity reduced glare and low emissivity.
According to the vitro formerly ppg glass education center there are several factors used to measure the effectiveness of glass with low e coatings.
Solar heat gain coefficient shgc.
By comparison low e glass coatings can have an emittance as low as 0 04.
For countries where difference in temperature is more solar control low e glass is the most suitable glass.
Pilkington solar e is the latest evolution to the pilkington solar e family of pyrolytic coated low reflective solar control glasses with low e properties.
Solarban r100 glass is a neutral reflective low e glass with an excellent solar heat gain coefficient shgc of 0 23 and visible light transmittance vlt of 42 percent.
Such glazing would emit only 4 of the energy possible at its temperature and thus reflect 96 of the incident long wave infrared radiation.
This is the fraction of incident solar radiation that is admitted through the window.
Low e meaning low emissivity is an extremely thin layer of metallic particles or more commonly several layers applied to the glass that in simple terms allows the glass to act like a sieve.
This is the.
Because of its neutral color solarban z75 glass harmonizes well with other clear and color neutral solar control low e glasses such as solarban 67 glass and solarban r100 glass.
Long wavelengths or heat are filtered out while short wavelengths the visible light spectrum are allowed to pass through.
It also means that 84 of the long wave radiation striking the surface of the glass is absorbed and only 16 is reflected.