new material
Fluorescent ceramic glass plate (PIG) is a specialized optical material designed for efficient light conversion, enhanced fluorescence performance, and high durability. Made from high-quality ceramic-based glass, it features excellent thermal stability, high transmittance, and strong resistance to environmental degradation. This material is widely used in laser systems, display technologies, spectroscopy, and scientific research, ensuring superior optical performance for advanced applications.
Product Overview
Phosphor in Glass (PIG) is an advanced inorganic composite fluorescent material formed by sintering phosphors with ceramic glass. PIG combines the high heat resistance and thermal conductivity of inorganic materials with the high refractive index and transparency of ceramic glass, effectively enhancing the excitation efficiency of the phosphors while mitigating light degradation. As an advanced optical material, PIG is particularly suitable for high-performance LED applications and meets the fast-growing industrial demands.
Key Features
- High Heat Resistance and Thermal Conductivity: Thanks to the ceramic glass material, PIG offers excellent high-temperature performance and superior thermal conductivity, ensuring stable operation in high-temperature environments.
- High Refractive Index and Transparency: The high refractive index and transparency of ceramic glass enhance the excitation efficiency of the phosphors, increasing light efficiency and brightness.
- Reduced Light Degradation: Compared to traditional fluorescent materials, PIG exhibits significantly less light degradation, ensuring long-term stable luminous performance.
- All-Inorganic Composite Material: As an all-inorganic composite, PIG offers enhanced durability, reliability, and stronger resistance to light degradation, making it highly adaptable across a wide range of applications.
- Customizable Production: PIG can be fabricated with different phosphors and concentrations to meet specific color temperature and BIN requirements, catering to various optical needs.
- Easy to Process: The product is in the form of circular plates and can be cut and customized according to specific application needs, making it convenient for use in different devices.
Applications
- LED Lighting: Widely used in high-performance LED lighting, especially in environments requiring high brightness and stable luminous output, such as commercial and residential lighting.
- Backlighting: Used as a backlight source for LCDs, providing efficient, uniform light to enhance display performance.
- Optical Instruments: Suitable for optical instruments, especially in devices where high optical efficiency and stability are critical.
- Automotive Lighting: Used in automotive LED lighting systems to enhance the brightness and stability of vehicle lighting.
- High-Power Applications: Ideal for high-power LEDs and other lighting systems, especially in environments with high demands for heat resistance and thermal conductivity.
- Medical Devices: Used in lighting systems for medical devices, ensuring stable and efficient light output.
