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Reflective Glass from China Factory - Versatile Solutions by Trusted Suppliers for Multiple Scenarios
Glass Description
Introduction
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)
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)
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
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
What are the main benefits of Solar Control Coating?
Solar Control Coating significantly reduces indoor heat gain by reflecting 30%–70% of solar energy and blocks over 95% of harmful UV rays, protecting your interior furniture from fading.
How does AR Glass improve visibility compared to standard glass?
Anti-Reflective (AR) glass reduces single-side reflectance to less than 1.5%, compared to 8%-10% for standard glass. This allows light transmittance to reach up to 99%, making it perfect for high-end displays and museum cases.
What is the "Self-Cleaning" feature in glass coatings?
Self-cleaning glass uses a TiO₂ photocatalytic layer. This technology uses sunlight to decompose organic dirt on the surface, which is then easily washed away by rain.
Is the Anti-Fingerprint (AF) coating effective for touchscreens?
Yes, the AF coating is an oleophobic layer with a contact angle of ≥110°, which prevents oil and fingerprints from sticking to the surface, making it much easier to clean.
Where is EMI Shielding glass typically used?
EMI Shielding coating is designed to block electromagnetic interference and is primarily used in sensitive environments such as medical facilities, military applications, and secure laboratories.