Abstract

Ti:Al₂O₃ optical windows are advanced engineered materials combining the superior hardness of alumina (Mohs 9) with titanium-enhanced optical performance. Synthesized via high-temperature melting and precision doping, these windows exhibit exceptional transmittance (≥92% in visible spectrum) and UV-induced blue fluorescence (450nm peak). Key advantages include extreme durability (Vickers hardness 2300-2800 MPa), high-temperature resistance (up to 1800°C), and corrosion/radiation stability (pH 1-13, γ-ray attenuation <0.5%). Designed for industrial and scientific applications, they optimize performance in semiconductor lithography (sub-3nm alignment), LiDAR systems (-40°C–85°C operation), and high-power lasers (1064nm, 10kW/cm²). Cost-effective and customizable, Ti:Al₂O₃ windows redefine reliability for cutting-edge optical systems.

Compony Introduction

Our company, ZMSH, has been a prominent player in the semiconductor industry for over a decade, boasting a professional team of factory experts and sales personnel. We specialize in providing customized sapphire wafer solutions, offering both tailored designs and OEM services to meet diverse client needs. At ZMSH, we are committed to delivering products that excel in both price and quality, ensuring customer satisfaction at every stage. We invite you to contact us for more information or to discuss your specific requirements.

Optical windows Tecnical Parameters

Optical windows Applications

1. ​Semiconductor Manufacturing​

   • ​EUV Lithography: Used as protective windows in extreme ultraviolet (EUV) lithography systems, ensuring <0.001dB/cm absorption at 13.5nm for sub-3nm chip fabrication.
   • ​Wafer Inspection: High transmittance (>92% at 193nm) enables precise optical inspection of nanoscale defects.

2. ​Laser Systems​

   • ​High-Power Lasers: Serve as output windows in fiber/YAG lasers (1064-1550nm), withstanding 10kW/cm² power density and minimal thermal lensing.
   • ​Tunable Lasers: Ti³+ ions enable broadband emission (650-1100nm) for ultrafast laser amplification.

3. ​Automotive LiDAR​

   • ​LiDAR Windows: Operate in -40°C to 85°C environments, maintaining >90% transmittance at 905/1550nm wavelengths for autonomous driving systems.

4. ​Aerospace & Defense​

   • ​IR Windows: Low IR absorption (<0.1% at 10.6μm) for missile guidance and satellite observation systems.
   • ​Radiation-Hardened Optics: Withstand >500kGy gamma radiation, critical for space and nuclear applications.

5. ​Medical Devices​

   • ​Endoscope Lenses: Biocompatible and scratch-resistant, supporting 4K imaging in minimally invasive surgery.
   • ​Laser Surgery: High damage threshold (>50J/cm²) for CO₂ and Nd:YAG surgical lasers.

6. ​Consumer Electronics​

   • ​AR/VR Displays: Enable anti-reflective, durable touchscreens with integrated gesture recognition.
   • ​Smartphone Cameras: Protect high-end lenses with hardness 9 and anti-fingerprint coatings.

Product Display - ZMSH

Optical windows FAQ

Q: What are the key advantages of Ti:Al₂O₃ windows compared to traditional materials?

A: Ti:Al₂O₃ windows combine exceptional hardness, high-temperature resistance, and superior optical clarity. They outperform glass and standard sapphire in durability while offering customizable features like UV fluorescence or anti-reflective coatings.

Q: In what industries are these windows commonly used?

A: They are widely adopted in semiconductor manufacturing, laser systems, autonomous vehicles, aerospace, medical devices, and consumer electronics due to their reliability in extreme environments.

Q: Are they cost-effective compared to natural sapphire?

A: Absolutely. Synthetic production reduces costs significantly while maintaining or exceeding the performance of natural alternatives.

Q: Are there limitations in size or thickness?
A: Modern manufacturing allows large-scale and ultra-thin designs. Discuss your specifications with our team for feasibility.