CHIYAN-H1 High Aluminosilicate Cover Glass 0.3-6.0mm for Touch Screen Control Panel Display Protection
Price:
Negotiable
MOQ:
10,000㎡
Delivery Time:
15-30 days
Brand:
Purple Horn
Product Description
Product Overview
CHIYAN-H1 High Aluminosilicate Glass is an advanced cover glass solution specifically engineered for touch screen control panel displays. This eco-friendly glass features enhanced Al₂O₃ content that improves ion exchange efficiency, resulting in superior mechanical properties after chemical strengthening.
Key Specifications
Thickness Range
0.3mm to 6.0mm thickness options available to meet various IK degree requirements for impact resistance in public and industrial environments.
Standard Size
1300 × 1100mm (5th Generation) - Custom sizes available upon request
Technical Performance
| Parameter | Value |
|---|---|
| Compressive Strength (CS) | >900 MPa |
| Depth of Layer (DOL) | >50 μm |
| 4-Point Bending Strength (4PB) | >800 MPa |
Tempering solution Na+
![CHIYAN-H1 Aluminosilicate Glass Packaging Diagram]()
![Float Glass Manufacturing Process Diagram for CHIYAN-H1 Aluminosilicate Glass]()
Manufacturing Process
CHIYAN-H1 utilizes the Float Glass Process, where raw materials including silica sand, limestone, soda ash, and magnesium are melted and spread over molten tin. The controlled cooling process in annealing ovens produces a continuous, smooth ribbon of glass with exceptional surface quality.
Applications
- High-end smartphone displays
- Tablet PC screens
- Electronic device screen protection
- Automotive display screens
- Industrial touch panels
- Smart home display interfaces
Packaging & Storage
Storage Conditions
Temperature ≤30°C, humidity ≤65% (no condensation). Shelf life: 6 months from delivery date.
Manufacturing Process Illustration
Similar Products
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Hefei Purple Horn E-Commerce Co., Ltd.
Location
No. 8, Second Ave.，High-Tech Zone, Huaihua, Hunan Province
Contact Person
Sophia Huang