High-Temperature Inks:

• After high-temperature sintering, the ink forms strong chemical bonds with the glass surface, ensuring excellent adhesion that resists wear, scratches, and peeling.

• Offers superior chemical resistance, withstanding acids, alkalis, and other corrosive substances while maintaining vibrant color and long-term stability.

• Capable of enduring high-temperature environments, making it ideal for applications like oven door glass, industrial observation windows, and other heat-resistant glass products.

Low-Temperature Inks:

• Adhesion is relatively weaker; frequent friction or contact with sharp objects may cause wear or peeling.

• Chemical and heat resistance are generally inferior to high-temperature inks. Prolonged exposure to harsh chemicals or high temperatures may lead to fading or performance degradation.

• Significantly reduces energy consumption and production costs compared to high-temperature processes while minimizing thermal stress on glass substrates. Suitable for specialty glass that cannot withstand high heat.

Production Process

High-Temperature Inks:

• Requires specialized sintering equipment, leading to higher energy consumption and production costs.

• High heat may cause glass deformation, limiting compatibility with heat-sensitive or complex-shaped glass products.

Low-Temperature Inks:

• Cures at lower temperatures, eliminating the need for high-heat sintering. Simple drying equipment or air drying is sufficient, reducing energy use and costs.

• Compatible with a wider range of glass types, including heat-sensitive, thin, or organic-rich glass.

Applications

High-Temperature Inks:

Commonly used in:

• Architectural glass (curtain walls, facades)

• Automotive windshields

• Solar photovoltaic glass

These applications demand extreme durability, weather resistance, and long-term performance under harsh conditions.

Low-Temperature Inks:

Ideal for:

• Decorative glass (vases, mirrors)

• Consumer glassware

• Electronics (smartphone screens, tablet displays)

These products prioritize cost-efficiency, ease of production, and sufficient performance for indoor or less demanding environments.