Engineered for Safety, Durability, and Design

● Problem Solved: High-temperature cracking and stubborn stains.

● Our Solution:

700°C heat-resistant tempering (vs. 300°C for regular glass), eliminating thermal shock risks.

Nano-easy-clean coating for effortless wipe-downs, even after intense cooking.

● Technical Edge:

3mm edge reinforcement boosts thermal shock resistance by 40%.

Customizable logos and patterns via silk screen printing to enhance brand identity.

● Problem Solved: Brittle fractures in freezers and unclear visibility.

● Our Solution:

-40°C low-temperature tempering ensures no cracking in sub-zero environments.

Ultra-clear glass (91% light transmittance) for crystal-clear food visibility.

● Technical Edge:

Matte or frosted finishes available for premium, fingerprint-free exteriors.

● Problem Solved: Heat loss, blurred views, and safety concerns.

● Our Solution:

Low-E coating blocks 85% of infrared radiation, reducing energy waste by 20%.

Double-layered tempered glass withstands 200°C temperature differences (vs. 100°C for standard glass).

● Technical Edge:

91%+ light transmittance for precise cooking monitoring.

● Problem Solved: Corrosion from detergents and noise from vibrations.

● Our Solution:

Nano-antibacterial coating (99.9% bacteria reduction) resists acid and alkali corrosion.

Laminated structure reduces noise by 30% and prevents vibration-induced cracks.

● Technical Edge:

IP67 waterproof rating for long-term durability.

Rounded edges for safe, snag-free operation.

● Problem Solved: Inaccurate touch controls and generic designs.

● Our Solution:

Ultra-thin tempered glass (≤1.1mm) for responsive touch interfaces (sensitivity error ≤0.1mm).

3D curved forming (R≤5mm) for modern, ergonomic designs in coffee makers, water dispensers, and more.

● Technical Edge:

7H hardness (pencil test) resists scratches from daily use.

≤2% defeact rate in curved glass bonding for seamless integration with smart devices.