Special-shaped Glass-ceramics

Product Introduction:

Serrated Black Glass-Ceramic
Available in multiple serrated specifications, customizable.
Ideal for steak searing, grilling, and barbecue applications.

Single or Continuous Curvature
Various bending angles and arc radii available.
Offers an optimal, unobstructed view of the flame from all directions.

Concave Black Glass-Ceramic
Optional high-strength surface version available.
Thickness options: 4mm or 6mm.
Multiple concave curvature profiles to choose from.

Multiple Specifications:Customizable to meet specific requirements

Advantages:

1. Exceptional High-Temperature Resistance:
   1. Maximum Operating Temperature: Up to 950°C (1742°F)
   2. Continuous High-Temperature Endurance: Maintains integrity under sustained exposure to 600°C for over 2000 hours without cracking. Glass-ceramic demonstrates its true strength under extreme thermal conditions.
2. Superior Stability & Ultra-High Strength:
   1. Excellent resistance to wear and scratching.
   2. Features a unique surface hardening treatment process.
   3. Possesses ultra-high impact resistance.
3. Near-Zero Thermal Expansion:
   1. Its fine-grained microstructure results in virtually no thermal expansion.
   2. Maintains dimensional stability and shape integrity even in high-temperature environments.
4. Outstanding Thermal Shock Resistance:
   1. Highly resistant to cracking caused by rapid temperature changes (thermal shock) during heating and cooling cycles.
5. Surface Durability & Gas-Tightness:
   1. Treated with a unique surface process for enhanced resistance to acids, alkalis, and other chemicals.
6. Broad Transmission Spectrum:
   1. Offers various transmission wavelength ranges depending on type and thickness.
   2. Transmits light without distortion.
   3. Exhibits exceptionally high transmittance in both infrared (IR) and ultraviolet (UV) spectral bands.
7. Process Inertness:
   1. Remains inert and non-reactive even under extreme conditions.
   2. Does not interact with the working environment or release any interfering substances (e.g., outgassing of organic components).

Machining Methods:

• Edge Grinding
• Drilling
• Beveling
• Laser Processing / Polishing
• Sandblasting / Printing