Start with the operating requirement
Use wavelength, temperature, thermal cycling, chemicals, dimensional stability and mechanical exposure to narrow the material family.
Material Category
Aluminosilicate & Alkali-Free Glass supplied and processed by ANTGLASS for display and sensor substrates, mems and advanced packaging, thin electronic covers…
How to Choose
The category owns broad material-family and comparison terms. Named grades and distinct material families keep their own detail pages.
Use wavelength, temperature, thermal cycling, chemicals, dimensional stability and mechanical exposure to narrow the material family.
Keep manufacturer, grade, test condition and source attached to each value instead of mixing family-level and grade-level data.
Check sheet, plate, wafer, block, tube or rod availability together with thickness and usable blank size before finalizing the drawing.
The final selection must also support cutting, machining, polishing, cleaning, coating, inspection and packaging requirements.
Supply Forms
Available form and usable size must be confirmed for the named material and order.
Application Direction
The application narrows optical, thermal, chemical, surface and process requirements.
Material Comparison
Exact values remain attached to the named grade, manufacturer, unit, test condition and source. Family pages explain selection direction without mixing grade data.
| Material | Material type | Optical properties | Thermal properties | Available forms |
|---|---|---|---|---|
| Aluminosilicate Glass | General aluminosilicate glass material family | Clear optical and electronic substrate direction; grade-specific values apply | Thermal and mechanical performance depends on the selected grade and treatment | Thin sheet, plate, blanks, substrates and drawing-based components |
| Alkali-Free Glass | Low-alkali / alkali-free technical substrate glass family | Clear substrate direction for electronic, coating and sensor processes; grade-specific values apply | CTE and temperature data remain attached to the selected grade and source | Thin sheet, substrates, wafers, covers and custom blanks |
| Corning EAGLE XG Glass | EAGLE XG: Alkaline-earth boro-aluminosilicate display glass | >90% from 400-800 nm | 3.2 x 10^-6/K, 0-300 C | 0.7 and 1.1 mm development kits; 100 x 100 and 370 x 470 mm |
All Materials
Use the material page for grade identity, properties, supply forms, applications, related products and processing requirements.
Recommended Products
The relationship provides a selection route. Final grade, geometry, surface and inspection requirements remain project-specific.
Related Processing
These keyword-mapped pages explain cutting, drilling, grinding, polishing and feature-feasibility considerations for related material and component routes.
Applications & Solutions
Use application pages for system context and Solution pages for project-level manufacturing, material and supply decisions.
Technical Guides
Use the linked technical pages to compare materials, prepare drawings and define tolerances, inspection and RFQ information.
Frequently Asked Questions
Use these answers to prepare the material, component, drawing and inspection requirements before quotation.
Aluminosilicate and alkali-free glasses support thin, flat electronic and sensor substrates. ANTGLASS supplies and processes EAGLE XG and related technical sheet glass into substrates, wafers, covers and custom parts for display, MEMS, sensor and coating applications.
The category includes Aluminosilicate Glass, Alkali-Free Glass and Corning EAGLE XG Glass. Family pages explain the selection direction, while the named-grade page keeps published properties attached to its source.
Review wavelength or transmission, refractive properties where relevant, CTE, temperature, chemical durability, hardness, thickness, starting form, geometry and finished-surface requirements.
ANTGLASS supplies and processes these materials into Glass Substrates, Glass Wafers, Glass Carrier Wafers, TGV Glass Substrates, ITO Glass, Glass Cover Plates and other drawing-based components.
Provide the preferred grade or target properties, drawing, dimensions, functional surfaces, environment, quantity, inspection, cleaning and packaging requirements.
Drawing / Material Review
Send the named grade or required composition, thickness, size, strengthening condition, optical/thermal requirement, downstream process, machining features, quantity and inspection method. Do not assume all aluminosilicate or alkali-free materials share the same properties.