As a premier China Aluminum Oxynitride Glass Manufacturer, we recognize that ALON is not merely a glass alternative—it is a sophisticated polycrystalline ceramic (Al23O27N5) that bridges the gap between mechanical durability and optical clarity. Unlike traditional silica-based glass, Aluminum Oxynitride offers a cubic spinel structure, providing isotropic properties that ensure uniform performance across all axes.
In the global pursuit of "Transparent Armor" and high-speed infrared guided systems, ALON stands as the gold standard. Its ability to maintain structural integrity under high-velocity impacts while remaining transparent from the ultraviolet through the mid-infrared spectrum (0.2 to 5.0 microns) makes it indispensable for 5th generation fighter jets, deep-sea exploration vessels, and high-security architectural glazing.
Boasting a Vickers hardness of 1850 kg/mm², ALON is 4x harder than fused silica glass and 85% as hard as sapphire, offering unparalleled scratch and erosion resistance.
With >80% transmittance in the visible and mid-IR ranges, it is the ideal material for multi-mode seeker windows that require both optical and thermal imaging capabilities.
Maintains mechanical properties up to 1200°C, making it suitable for high-speed aerospace applications where aerodynamic heating would compromise standard materials.
Shanghai Creative Advanced Materials Co., Ltd, established in the Shanghai Industrial Comprehensive Development Zone, is a high-tech powerhouse integrating R&D, production, and sales. With 19 years of deep industry experience, we have evolved from a specialized target manufacturer into a global leader in semiconductor ceramics, powder metallurgy, and advanced neutron absorption materials.
Used in armored vehicle windows and face shields. ALON provides the same ballistic protection as traditional bulletproof glass at 50% of the weight and thickness.
Sensor windows for UAVs and fighter jets. Its resistance to high-speed sand and rain erosion ensures clear imaging in the most hostile flight paths.
High-pressure sight glasses, semiconductor chamber windows, and microwave packaging. Its chemical inertness makes it ideal for corrosive plasma environments.
Transparent ceramic components for high-power laser gain media and durable lenses for medical surgical equipment requiring frequent sterilization.
Transitioning from small-scale tiles to large-format 18x35 inch curved windows using advanced Hot Isostatic Pressing (HIP) technology. This allows for seamless cockpit canopies.
Integrating ALON with EMI shielding layers and heating elements directly into the ceramic matrix to prevent fogging and electronic interference without losing transparency.
Optimizing pressureless sintering routes to reduce manufacturing costs by 40%, enabling adoption in luxury automotive HUDs and high-end consumer electronics.
Our localized supply chain in Shanghai ensures 30% faster lead times compared to international competitors.
Nano-scale Al2O3 and Nitride powder control.
Ensuring uniform density of the green body.
High-temperature vacuum sintering to remove pores.
Achieving Ra < 1nm for optical perfection.
A: While Sapphire is a single crystal and slightly harder, ALON is a polycrystalline ceramic. This means ALON can be produced in much larger sizes and complex shapes (like domes or curved plates) which is extremely difficult and expensive for Sapphire.
A: Currently, our China facility can produce monolithic plates up to 500mm x 800mm. Custom dimensions and thicknesses can be engineered based on specific project requirements.
A: Yes, we adhere to strict quality controls equivalent to MIL-STD-810. We provide full traceability and material certification for every shipment to ensure reliability in critical environments.
A: Absolutely. ALON has excellent adhesion properties for PVD and CVD coatings, including AR, DLC (Diamond-Like Carbon), and EMI shielding layers.
