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Glass Silicone Anti-reflection Coating
Quality Standards (Enterprise standards)
Test Items |
Parameters |
Testing Methods |
Physical Appearance |
Whitish Liquid |
Visual |
Specific Gravity (Gravitometer/25°C) |
0.81～0.85 |
Gravitometer, below 25°C |
Viscosity （100rpm/25°C) |
<10cp |
Rotational viscometer below 25°C |
Solids Level（180°C/30min） |
3.80～4.20% |
Heat at 180°C, 30min |
Physical Appearance |
Violetish Clear |
Visual |
Film Thickness (FILMERTICS) |
100～120nm |
Film thickness Meter |
Light Transmission （400nm～ |
≥96% |
Light Transmission Tester |
Adhesion （Hundred Grid) |
0 Level |
Hundred Grid Method, refer ASTM D 3359 |
Glass organic silicone anti-reflective coating is primarily used to enhance the light transmittance and surface cleanliness of photovoltaic glass, thereby increasing the power generation efficiency of photovoltaic modules. The coating layer is relatively dense with small gaps, making it less prone to fingerprints. The adhesion between the coating layer and the glass is strong, and they form a tight bond after being tempered, resulting in a seamless interface. With the increasing demand for photovoltaic power generation, the power generation efficiency of photovoltaic modules is a key competitive factor. This product is widely applied in photovoltaic module products to enhance their competitiveness.