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Soda-Lime Glass(Japan)
Japanese Soda-Lime Glass Substrates
Japanese soda-lime glass (also known as soda-lime silicate glass or sodium-calcium glass) is a high-grade optical float glass manufactured by leading suppliers such as AGC (Asahi Glass) and Central Glass, offering superior surface flatness, optical uniformity, and mechanical strength.
Functions:
Provides excellent light transmittance, exceptional surface parallel flatness, and smooth surface topography, making it an ideal cost-effective substrate for optical thin-film coating deposition and display window protection.
Applications:
Precision instrument display windows
Optical coating substrates
Touch panel sensors
Cover glass
Electronic device viewports
Optical filters
#Glass1.1 #Glass1.8 #Information and Notes
ITEM NO:Glass0.4
Spectral Characteristics
Tave>91% @ 400-700nm
Physical Characteristics
Thickness: 0.4mm
Square: 3x3 - 300x400mm
Round: Dia3 - 300mm
Resistant Temperature
150℃
Manufacturer: Asahi/Central.
ITEM NO:Glass0.55
Spectral Characteristics
Tave>91% @ 400-700nm
Physical Characteristics
Thickness: 0.55mm
Square: 3x3 - 300x400mm
Round: Dia3 - 300mm
Resistant Temperature
150℃
Manufacturer: Asahi/Central.
ITEM NO:Glass0.7
Spectral Characteristics
Tave>90% @ 400-700nm
Physical Characteristics
Thickness: 0.7mm
Square: 3x3 - 300x400mm
Round: Dia3 - 300mm
Resistant Temperature
150℃
Manufacturer: Asahi/Central.
ITEM NO:Glass1.1
Spectral Characteristics
Tave>90% @ 400-700nm
Physical Characteristics
Thickness: 1.1mm
Square: 3x3 - 300x400mm
Round: Dia3 - 300mm
Resistant Temperature
150℃
Manufacturer: Asahi/Central.
ITEM NO:Glass1.8
Spectral Characteristics
Tave>89% @ 400-700nm
Physical Characteristics
Thickness: 0.4mm
Square: 3x3 - 300x400mm
Round: Dia3 - 300mm
Resistant Temperature
150℃
Manufacturer: Asahi/Central.
Information and Notes
1. Premium Soda-Lime glass sourced from AGC (Asahi Glass) and Central Glass offers higher optical transmittance, superior surface quality, and significantly lower internal defect/bubble density compared to standard commercial float glass.
2. Custom geometrical profiles, non-standard thicknesses, CNC edge grinding, and precision drilling are available to meet OEM integration requirements.
3. Spectral transmittance curves represent measurements at normal incidence (0° angle of incidence). Non-transmitted light within the spectrum is absorbed by the physical optical properties of the glass substrate.
4. For applications requiring maximized light throughput, please refer to our Anti-Reflective (AR) Coating Solutions.
5. To enhance mechanical strength and thermal shock resistance, please explore our Tempered Glass Solutions.
6. Maximum safe operating temperature indicates the maximum thermal gradient the substrate can withstand without structural failure caused by localized uneven heating. Operating temperatures may be higher under uniform thermal distribution or slow temperature transition rates.
7. Website specifications are provided for reference only. Final production and delivery comply with mutually agreed engineering specifications.
