Glass Wafers and Substrates
Excellent optical performance: The use of advanced production technology and high-quality materials to ensure that the product has excellent optical transmittance and low scattering characteristics.
Stable chemical properties: In various harsh environments, such as high temperature and high humidity, stable chemical properties can be maintained to ensure the long-term stability of the product.
Excellent mechanical strength: Our glass wafers and substrates are specially strengthened to provide excellent impact and bending resistance, making them suitable for a wide range of complex applications.
Customized service: According to the specific needs of customers, we can provide customized glass wafers and substrates, including customization of size, shape, optical properties, etc.
Applications: Communication, Medical field, Scientific research field, Industrial Testing, etc.
Kingwin Optics’ glass wafers and substrates are widely used in a variety of high-precision optical fields, including but not limited to communications, medical, scientific research, and industrial testing. Our products play an irreplaceable role in these fields with their excellent optical properties, stable chemical properties and excellent mechanical strength.
Specifications:
| Item (Standard) | 4 inch | 6 inch | 8 inch | 12 inch |
| Brands and Materials | SCHOTT Borofloat33/B270/BK7/D263, Corning Eagle XG/Pyrex, CDGM H-K9L/H-ZF/MJB5, Soda Lime Glass | |||
| Diameter (of Round or Square Shape) | 100mm | 150mm | 200mm | 300mm |
| Dimension Tolerance | ±0.3mm | ±0.3mm | ±0.3mm | ±0.5mm |
| Thickness | ≥0.15mm | ≥0.25mm | ≥0.3mm | ≥0.3mm |
| Primary Flat | 32±2mm | 57.5/42±2mm | Notch | Notch |
| LTV (5mmx5mm) | <1μm | <1μm | <1μm | <2μm |
| TTV | <1.5μm | <3μm | <5μm | <5μm |
| Bow | ±20μm | ±30μm | ±40μm | ±50μm |
| Warp | ≤25μm | ≤30μm | ≤50μm | ≤60μm |
| PLTV (0.5μm within 5mmx5mm) | ≥95% | ≥95% | ≥95% | ≤95% |
| Edge Bevel | According to IEC62276&SEMI M1.2 Standard | |||
Features:
- Excellent optical performance: The use of advanced production technology and high-quality materials to ensure that the product has excellent optical transmittance and low scattering characteristics.
- Stable chemical properties: In various harsh environments, such as high temperature and high humidity, stable chemical properties can be maintained to ensure the long-term stability of the product.
- Excellent mechanical strength: Our glass wafers and substrates are specially strengthened to provide excellent impact and bending resistance, making them suitable for a wide range of complex applications.
- Customized service: According to the specific needs of customers, we can provide customized glass wafers and substrates, including customization of size, shape, optical properties, etc.
Applications:
- Communication: In the optical fiber communication system, Kingwin Optics’ glass wafers and substrates are the key components to ensure the stable transmission and low loss of optical signals, which greatly improves the communication efficiency and quality.
- Medical field: In medical devices, such as endoscopes, ophthalmic surgery equipment, etc., our glass wafers and substrates provide clear, distortion-free images, providing doctors with accurate diagnostic evidence.
- Scientific research field: In the fields of optical research, material science and other fields, Kingwin Optics’ products have become indispensable experimental tools for scientific researchers with their high precision and stability.
- Industrial Testing: In the field of industrial inspection, our glass wafers and substrates are widely used in a variety of high-precision measurement and inspection equipment, ensuring the accuracy and reliability of measurement results.
Kingwin Optics’ glass wafers and substrates set the industry benchmark in the field of optics with their excellent performance, wide range of application scenarios and excellent customization services. We are committed to providing our customers with the highest quality optical solutions to meet their needs in a variety of high-precision applications.
