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Reflective Glass from China Suppliers - Versatile Solutions from Our Factory for Multiple Scenarios
Glass Description
Introduction
Solar Control Coating
Visible Light Transmittance: 20%–50% (adjustable)
Solar Reflectance: 30%–70% (reduces indoor heat gain)
UV Rejection: ≥95% (protects interior furnishings)
Solar Reflectance: 30%–70% (reduces indoor heat gain)
UV Rejection: ≥95% (protects interior furnishings)
AR Glass (Anti-Reflective Coating)
Single-Side Reflectance: ≤1.5% (vs. 8%–10% for standard glass)
Light Transmittance: Up to 99% (ideal for displays, museum showcases)
Light Transmittance: Up to 99% (ideal for displays, museum showcases)
Special Functional Options
Self-Cleaning Coating: TiO₂ photocatalytic layer decomposes organic stains
Anti-Fingerprint (AF) Coating: Oleophobic layer with contact angle ≥110°
Electrochromic Coating: Adjustable transmittance (smart glass)
EMI Shielding Coating: For medical/military applications
Frequently Asked Questions
1. What is the benefit of Solar Control Coating?
Solar Control Coating reduces indoor heat gain by reflecting 30%–70% of solar energy and rejecting over 95% of UV rays, which helps in energy saving and protecting interior furnishings from fading.
2. How does AR (Anti-Reflective) glass differ from standard glass?
Standard glass typically has a reflectance of 8%–10%, while AR glass reduces single-side reflectance to ≤1.5% and increases light transmittance up to 99%, making it much clearer for displays and showcases.
3. What makes the Self-Cleaning Coating effective?
It utilizes a TiO₂ photocatalytic layer that uses sunlight to decompose organic stains on the glass surface, making it easier for rain or water to wash away dirt.
4. What is the performance of Anti-Fingerprint (AF) Coating?
The AF coating features an oleophobic layer with a contact angle of ≥110°, which effectively resists oil and fingerprints, keeping the glass surface clean and easy to wipe.
5. What are the applications for EMI Shielding and Electrochromic coatings?
EMI Shielding is primarily used for medical and military applications to block electromagnetic interference, while Electrochromic coatings are used in smart glass to provide adjustable light transmittance.