Anti-microbial Glass
| Parameters | Silver Ion Type |
| Light Transmittance (380-780nm) | ≥88% |
| Antibacterial Rate (24h) |
Escherichia Coli: 99.9%
Staphylococcus Aureus: 99.7%
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| Effective Time | 90% Antibacterial Rate within 2 Hours |
| Antibacterial Durability | 10 Years (Simulated Sunlight Aging) |
| Mohs Hardness | 6.5 |
| Thermal Expansion Coefficient (×10⁻⁷/℃) | 90 |
| Acid Resistance (5% HCl, 24H) | Mass Loss <0.1mg/cm² |
| Heavy Metal Precipitation (Pb/Cd) | <1ppm |
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Step 1 Proofing CommunicationMake screen fixtures according to drawings or samples -
Step 2 Confirm SamplesSend to customers for confirmation and adjustment of process details -
Step 3 Prepare Materials for ProductionProcess and produce according to the signed board and PO quantity -
Step 4 Finished Product InspectionProduction inspection, finished product inspection and level-by-level inspection -
Step 5 Packaging and ShipmentDelivery on time, delivered to the customer's designated place -
Step 6 After-sales Worry-freeFull-time order follow-up, 24-hour after-sales follow-up
Inquiry & Order
CONTACT US
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1
How is the continuous antibacterial mechanism of antibacterial glass achieved?
Destroy the microbial cell structure through the slow release of silver ions. The specific action path is:Silver-based: Ag⁺ combines with sulfhydryl enzymes → blocks the cell respiratory chain -
2
Will the antibacterial effect decay with the use time?
Silver ion type: After 10 years, the antibacterial rate remains > 95% (accelerated aging data of CSG)
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3
Will antibacterial glass change the original transmittance?
Silver ion coating affects visible light by <3%(need to be weighed according to the application scenario)
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4
Does surface scratch affect the antibacterial effect?
The surface coating type needs to control the scratch depth to <50μm
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5
How much higher is the price than ordinary glass?
The coating method increases by 10%-30%.