Product Description
Company Info
Product Description
Our technologies are based on the expertise in synthesizing nanoparticles with precisely controlled size, physical, chemical, and electronic properties. We currently have developing single layer AR coating of highly porous silica thin film. The AR property on both coatings are excellent and can provide 5% to 8% enhancement of transmission. Our nanomaterial AR coatings can provide up to 99% transmission.
These coatings are applied to substrate surface by a wet coating process (i. e. DIP). The wet coating process results in significant improvements in processing speed and cost over existing deposition-based methods.
Applications:
A. Photovoltaics
Photovoltaic modules equipped with antireflective glass show significant performance benefits compared to conventional modules. In addition to the technical advantages, modules with antireflective glass exhibit a distinct
Reduced glare and pleasant optical appearance.
B. Solar Thermal
In solar thermal collectors generating hot water for domestic use, antireflective glass as cover sheet for the collector also results in a beneficial thermal yield.
C. Greenhouses
Beside the focus of solar applications, antireflective glazings can be advantageously used in other fields of high demand on light and energy transmittance. In the last decade, Europe exhibited a growing rate of vegetables and flowers which are grown in greenhouses. A 6% transmittance increase results in a 6% higher crop yield.
D. Architectural (Protection glazing)
In architectural applications the antireflective glass can be used as a tailored system for protecting historical facades and ancient glazings. For this application, colour neutrality is of crucial importance since the optical appearance of the building should not be influenced. Our antireflective glass can easily be adjusted in its reflectance colour by varying the coating thickness.
E. Displays
Antireflective glass cut visible light reflectance to less than 2%, while allowing more visible light to pass through than even clear float glass. In addition to its anti-reflective properties, antireflective glass blocks over 99% of UV transmittance to protect interiors and contents. Antireflective glass can be used in a wide variety of applications:
* Exteriors: Shop fronts and commercial frontages, glazing where vision is important, particularly at night time (panoramic restaurants, air traffic control towers, petrol station windows), signage for motorways, railways and airports, etc.
* Interiors: High quality picture framing, display cabinets and interior display windows (luxury goods shops, museums, etc), internal partitions (clean rooms, control rooms, hospitals, etc), dividing screens in cinema projection rooms, television studios, machine control rooms.
Glass Type: Low-iron glass
Glass surface: Two-sided plane and clear or patterned
Glass surfaces: 2mm, 3. 2mm, 4mm-10mm
Min. Dimensions: 40*40mm
Max dimensions: 1000*2000mm
Average transmission(3. 2mm thickness glass): 95%(370-2100nm) 97%(500-800nm)
Service:
1. Saling AR coating low-iron flane and clear(3mm, 4mm) or paterned(3.2mm) glass.
2. Processing AR coating on the glass which our customers provide.
3. Transfering AR coating technology and building automation producing line.
These coatings are applied to substrate surface by a wet coating process (i. e. DIP). The wet coating process results in significant improvements in processing speed and cost over existing deposition-based methods.
Applications:
A. Photovoltaics
Photovoltaic modules equipped with antireflective glass show significant performance benefits compared to conventional modules. In addition to the technical advantages, modules with antireflective glass exhibit a distinct
Reduced glare and pleasant optical appearance.
B. Solar Thermal
In solar thermal collectors generating hot water for domestic use, antireflective glass as cover sheet for the collector also results in a beneficial thermal yield.
C. Greenhouses
Beside the focus of solar applications, antireflective glazings can be advantageously used in other fields of high demand on light and energy transmittance. In the last decade, Europe exhibited a growing rate of vegetables and flowers which are grown in greenhouses. A 6% transmittance increase results in a 6% higher crop yield.
D. Architectural (Protection glazing)
In architectural applications the antireflective glass can be used as a tailored system for protecting historical facades and ancient glazings. For this application, colour neutrality is of crucial importance since the optical appearance of the building should not be influenced. Our antireflective glass can easily be adjusted in its reflectance colour by varying the coating thickness.
E. Displays
Antireflective glass cut visible light reflectance to less than 2%, while allowing more visible light to pass through than even clear float glass. In addition to its anti-reflective properties, antireflective glass blocks over 99% of UV transmittance to protect interiors and contents. Antireflective glass can be used in a wide variety of applications:
* Exteriors: Shop fronts and commercial frontages, glazing where vision is important, particularly at night time (panoramic restaurants, air traffic control towers, petrol station windows), signage for motorways, railways and airports, etc.
* Interiors: High quality picture framing, display cabinets and interior display windows (luxury goods shops, museums, etc), internal partitions (clean rooms, control rooms, hospitals, etc), dividing screens in cinema projection rooms, television studios, machine control rooms.
Glass Type: Low-iron glass
Glass surface: Two-sided plane and clear or patterned
Glass surfaces: 2mm, 3. 2mm, 4mm-10mm
Min. Dimensions: 40*40mm
Max dimensions: 1000*2000mm
Average transmission(3. 2mm thickness glass): 95%(370-2100nm) 97%(500-800nm)
Service:
1. Saling AR coating low-iron flane and clear(3mm, 4mm) or paterned(3.2mm) glass.
2. Processing AR coating on the glass which our customers provide.
3. Transfering AR coating technology and building automation producing line.
Address:
F/11, No. 500 Caoyang Road, Shanghai, China
Business Type:
Manufacturer/Factory
Business Range:
Agriculture & Food, Computer Products, Electrical & Electronics
Company Introduction:
Our technologies are based on the expertise in synthesizing nanoparticles with precisely controlled size, physical, chemical, and electronic properties. We currently have developing single layer AR coating of highly porous silica thin film. The AR property on both coatings are excellent and can provide 5% to 8% enhancement of transmission. Our nanomaterial AR coatings can provide up to 99% transmission.
These coatings are applied to substrate surface by a wet coating process (i. e. DIP). The wet coating process results in significant improvements in processing speed and cost over existing deposition-based methods.
These coatings are applied to substrate surface by a wet coating process (i. e. DIP). The wet coating process results in significant improvements in processing speed and cost over existing deposition-based methods.
