SGT Products List
SPECIAL GLASS
Special glass goes beyond standard glazing. Through advanced deep-processing techniques—tempering, lamination, bending, coating, and digital printing—we transform ordinary glass into high-performance building materials. Our coated glass (Low-E, reflective, conductive) improves energy efficiency and solar control. From curved facades to smart glass, every product meets international standards. Explore our special glass portfolio: innovation engineered for modern architecture.
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Showing all 8 results
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Silver-grey Double Low-E
Read moreAdopting offline vacuum magnetron sputtering (PVD) technology, a 9–13 layered composite film system is coated on float glass, including 2 nano pure silver functional layers plus multiple dielectric, barrier and protective layers. With precisely controlled film thickness, it presents a neutral silver-grey appearance with low outdoor glare and no obvious blue or yellow colour deviation.
This high-performance energy-saving glass features high light transmission, strong shading, low emissivity and excellent thermal insulation. It is the optimal choice for high-end curtain walls, landmark buildings and luxury energy-saving residences, especially for projects pursuing understated premium texture and light pollution control.
Application Scenarios:Grade A office buildings and high-end commercial complexes, exhibition centre curtain walls (silver-grey texture, low glare and high energy efficiency);Windows, doors and enclosed balconies of high-end residences and villas (aesthetic appeal, heat insulation and privacy protection);Large public constructions such as airports and high-speed railway stations (low light pollution and long-term durability). -
Silver-grey Double Low-E (Copy)
Read moreAdopting offline vacuum magnetron sputtering (PVD) technology, a 9–13 layered composite film system is coated on float glass, including 2 nano pure silver functional layers plus multiple dielectric, barrier and protective layers. With precisely controlled film thickness, it presents a neutral silver-grey appearance with low outdoor glare and no obvious blue or yellow colour deviation.
This high-performance energy-saving glass features high light transmission, strong shading, low emissivity and excellent thermal insulation. It is the optimal choice for high-end curtain walls, landmark buildings and luxury energy-saving residences, especially for projects pursuing understated premium texture and light pollution control.
Application Scenarios:Grade A office buildings and high-end commercial complexes, exhibition centre curtain walls (silver-grey texture, low glare and high energy efficiency);Windows, doors and enclosed balconies of high-end residences and villas (aesthetic appeal, heat insulation and privacy protection);Large public constructions such as airports and high-speed railway stations (low light pollution and long-term durability). -
Silver-grey Double Low-E (Copy) (Copy)
Read moreAdopting offline vacuum magnetron sputtering (PVD) technology, a 9–13 layered composite film system is coated on float glass, including 2 nano pure silver functional layers plus multiple dielectric, barrier and protective layers. With precisely controlled film thickness, it presents a neutral silver-grey appearance with low outdoor glare and no obvious blue or yellow colour deviation.
This high-performance energy-saving glass features high light transmission, strong shading, low emissivity and excellent thermal insulation. It is the optimal choice for high-end curtain walls, landmark buildings and luxury energy-saving residences, especially for projects pursuing understated premium texture and light pollution control.
Application Scenarios:Grade A office buildings and high-end commercial complexes, exhibition centre curtain walls (silver-grey texture, low glare and high energy efficiency);Windows, doors and enclosed balconies of high-end residences and villas (aesthetic appeal, heat insulation and privacy protection);Large public constructions such as airports and high-speed railway stations (low light pollution and long-term durability). -
Silver-grey Double Low-E (Copy) (Copy) (Copy)
Read moreAdopting offline vacuum magnetron sputtering (PVD) technology, a 9–13 layered composite film system is coated on float glass, including 2 nano pure silver functional layers plus multiple dielectric, barrier and protective layers. With precisely controlled film thickness, it presents a neutral silver-grey appearance with low outdoor glare and no obvious blue or yellow colour deviation.
This high-performance energy-saving glass features high light transmission, strong shading, low emissivity and excellent thermal insulation. It is the optimal choice for high-end curtain walls, landmark buildings and luxury energy-saving residences, especially for projects pursuing understated premium texture and light pollution control.
Application Scenarios:Grade A office buildings and high-end commercial complexes, exhibition centre curtain walls (silver-grey texture, low glare and high energy efficiency);Windows, doors and enclosed balconies of high-end residences and villas (aesthetic appeal, heat insulation and privacy protection);Large public constructions such as airports and high-speed railway stations (low light pollution and long-term durability). -
Silver-grey Double Low-E (Copy) (Copy) (Copy) (Copy)
Read moreAdopting offline vacuum magnetron sputtering (PVD) technology, a 9–13 layered composite film system is coated on float glass, including 2 nano pure silver functional layers plus multiple dielectric, barrier and protective layers. With precisely controlled film thickness, it presents a neutral silver-grey appearance with low outdoor glare and no obvious blue or yellow colour deviation.
This high-performance energy-saving glass features high light transmission, strong shading, low emissivity and excellent thermal insulation. It is the optimal choice for high-end curtain walls, landmark buildings and luxury energy-saving residences, especially for projects pursuing understated premium texture and light pollution control.
Application Scenarios:Grade A office buildings and high-end commercial complexes, exhibition centre curtain walls (silver-grey texture, low glare and high energy efficiency);Windows, doors and enclosed balconies of high-end residences and villas (aesthetic appeal, heat insulation and privacy protection);Large public constructions such as airports and high-speed railway stations (low light pollution and long-term durability). -
Silver-grey Double Low-E (Copy) (Copy) (Copy) (Copy) (Copy)
Read moreAdopting offline vacuum magnetron sputtering (PVD) technology, a 9–13 layered composite film system is coated on float glass, including 2 nano pure silver functional layers plus multiple dielectric, barrier and protective layers. With precisely controlled film thickness, it presents a neutral silver-grey appearance with low outdoor glare and no obvious blue or yellow colour deviation.
This high-performance energy-saving glass features high light transmission, strong shading, low emissivity and excellent thermal insulation. It is the optimal choice for high-end curtain walls, landmark buildings and luxury energy-saving residences, especially for projects pursuing understated premium texture and light pollution control.
Application Scenarios:Grade A office buildings and high-end commercial complexes, exhibition centre curtain walls (silver-grey texture, low glare and high energy efficiency);Windows, doors and enclosed balconies of high-end residences and villas (aesthetic appeal, heat insulation and privacy protection);Large public constructions such as airports and high-speed railway stations (low light pollution and long-term durability). -
Silver-grey Double Low-E (Copy) (Copy) (Copy) (Copy) (Copy) (Copy)
Read moreAdopting offline vacuum magnetron sputtering (PVD) technology, a 9–13 layered composite film system is coated on float glass, including 2 nano pure silver functional layers plus multiple dielectric, barrier and protective layers. With precisely controlled film thickness, it presents a neutral silver-grey appearance with low outdoor glare and no obvious blue or yellow colour deviation.
This high-performance energy-saving glass features high light transmission, strong shading, low emissivity and excellent thermal insulation. It is the optimal choice for high-end curtain walls, landmark buildings and luxury energy-saving residences, especially for projects pursuing understated premium texture and light pollution control.
Application Scenarios:Grade A office buildings and high-end commercial complexes, exhibition centre curtain walls (silver-grey texture, low glare and high energy efficiency);Windows, doors and enclosed balconies of high-end residences and villas (aesthetic appeal, heat insulation and privacy protection);Large public constructions such as airports and high-speed railway stations (low light pollution and long-term durability). -
Silver-grey Double Low-E (Copy) (Copy) (Copy) (Copy) (Copy) (Copy) (Copy)
Read moreAdopting offline vacuum magnetron sputtering (PVD) technology, a 9–13 layered composite film system is coated on float glass, including 2 nano pure silver functional layers plus multiple dielectric, barrier and protective layers. With precisely controlled film thickness, it presents a neutral silver-grey appearance with low outdoor glare and no obvious blue or yellow colour deviation.
This high-performance energy-saving glass features high light transmission, strong shading, low emissivity and excellent thermal insulation. It is the optimal choice for high-end curtain walls, landmark buildings and luxury energy-saving residences, especially for projects pursuing understated premium texture and light pollution control.
Application Scenarios:Grade A office buildings and high-end commercial complexes, exhibition centre curtain walls (silver-grey texture, low glare and high energy efficiency);Windows, doors and enclosed balconies of high-end residences and villas (aesthetic appeal, heat insulation and privacy protection);Large public constructions such as airports and high-speed railway stations (low light pollution and long-term durability).