Glass
Targets are mainly used in the glass industry to produce low-emissivity (Low-E) coated glass, utilizing magnetron sputtering to deposit multiple thin films for energy saving, light control, and decoration. Low-E glass is also known as energy-saving glass. In recent years, with the increasing demand for energy conservation, emission reduction, and improved living standards, traditional architectural glass is gradually being replaced by energy-saving glass. Low-E glass achieves a "warm in winter, cool in summer" effect with excellent thermal insulation properties. The main target varieties include: planar Ag targets, tubular Ag targets, planar NiCr targets, tubular NiCr targets, tubular SiAl/Zr targets, tubular TixOy targets, tubular ZnAl/Sn targets, planar Cr targets, and planar Ti targets.
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Low-E
Electrochromic
Automotive Rearview Mirrors
Targets are mainly used in the glass industry to produce low-emissivity (Low-E) coated glass, utilizing magnetron sputtering to deposit multiple thin films for energy saving, light control, and decoration. Low-E glass is also known as energy-saving glass. In recent years, with the increasing demand for energy conservation, emission reduction, and improved living standards, traditional architectural glass is gradually being replaced by energy-saving glass. Low-E glass achieves a "warm in winter, cool in summer" effect with excellent thermal insulation properties. The main target varieties include: planar Ag targets, tubular Ag targets, planar NiCr targets, tubular NiCr targets, tubular SiAl/Zr targets, tubular TixOy targets, tubular ZnAl/Sn targets, planar Cr targets, and planar Ti targets.
Low-E
Electrochromic
Automotive Rearview Mirrors
Targets are mainly used in the glass industry to produce low-emissivity (Low-E) coated glass, utilizing magnetron sputtering to deposit multiple thin films for energy saving, light control, and decoration. Low-E glass is also known as energy-saving glass. In recent years, with the increasing demand for energy conservation, emission reduction, and improved living standards, traditional architectural glass is gradually being replaced by energy-saving glass. Low-E glass achieves a "warm in winter, cool in summer" effect with excellent thermal insulation properties. The main target varieties include: planar Ag targets, tubular Ag targets, planar NiCr targets, tubular NiCr targets, tubular SiAl/Zr targets, tubular TixOy targets, tubular ZnAl/Sn targets, planar Cr targets, and planar Ti targets.
Low-E
Electrochromic
Automotive Rearview Mirrors
Product
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