A customer recently asked: "You keep recommending high-temperature ceramic ink glass panels. What is this product, and how does it benefit me?"

In this article, we will delve into the details of High-Temperature Ceramic Glass, including what they are, where they are used, and how they are manufactured.

First, let’s watch a video to understand why we recommend Heat-Resistant Glass Panels:

Durable Heat-Resistant Glass are glass tops printed with high-temperature ceramic ink. Let's explore the key features of this innovative product in detail:

1. Characteristics of High-Temperature Ceramic Ink Glass Panels:

• High Temperature Resistance: Able to withstand temperatures exceeding 300°C (with glass resistant to 300-400°C and high-temperature ink reaching up to 500°C).

• Exceptional Weather Resistance: Long-term usage shows no signs of ink discoloration, fading, cracking, or peeling.

• Durable: Resists water, acids, alkalis, detergents, solvents, and salt spray.

• Strong Adhesion: High bonding strength between ink and glass.

2. Wide Application Range of High-Temperature Ceramic Ink Glass Panels:

Given their robust characteristics, these panels can endure various environmental challenges like wind, sunlight, rain, and chemical exposure. As a result, their applications are extensive, including:

• Outdoor displays in parks and scenic areas
• Aviation and shipping industries (seaside and maritime use)
• Special vehicles
• Highways and industrial equipment
• Agricultural machinery
• Charging stations
• Vending machines
• Delivery lockers
• Bus stop signs

3. Production Process of High-Temperature Ceramic Ink Glass Panels:

The manufacturing process for glass panels made with high-temperature ceramic ink differs slightly from that of conventional low-temperature ink panels.

Conventional Low-Temperature Ink Production Process: Cutting → CNC Precision Engraving → Polishing → Chemical Tempering → Screen Printing → Coating → Cleaning → Packaging.

High-Temperature Ceramic Ink Production Process: Cutting → CNC Precision Engraving → Polishing → Screen Printing → Physical Tempering → Coating → Cleaning → Packaging.

The primary difference lies in the sequence of screen printing and tempering, as well as the tempering method. The high-temperature ceramic ink is printed onto the glass, followed by rapid heating and cooling (680-720°C) for physical strengthening. This process fuses the ink with the glass, ensuring strong adhesion and durability that withstands prolonged sunlight exposure and atmospheric corrosion.

4. Application Cases:

Here are a few standard products currently in stock and their applications:

5. Shenzhen Displaystouch: Your Expert in Ceramic Glass Panel Characteristics

Shenzhen Displaystouch specializes in the production of Ceramic Ink for Glass Applications. In addition to the standard products listed above, we also offer customized solutions to meet your specific needs. Feel free to contact us for more information!