Product Description
Specification:
- 1Name: Transparent Glass-ceramic
- 2Size: Customed, thickness 4.00±0.3mm, or customed
- 3Heat resistance: 750 degree
Details:
The high quality transparent ceramic glass produced has a very low coefficient of thermal expansion and very excellent thermal shock resistance, and can be processed into different shapes and sizes, the glass specially developed & designed for the kitchen stove, and it is suitable used for the observation window of the indoor heating product.
Our product range:
| Product name |
Ceramic glass,Crystal glass, Ceramic glass panel |
| Appearance |
Black , transparent, white |
| Transmission |
According usage |
| Hardness |
>6 |
| Thermal conductivity |
good |
| Thermal shock resistance |
good |
| Temperature/Time Load Capacity |
Normally 650-1000℃, according usage |
Frequently Asked Questions
What are the primary features of Transparent Glass-ceramic?
It features an extremely low coefficient of thermal expansion, outstanding thermal shock resistance, and can withstand high temperatures up to 750°C.
Can the size and thickness of the glass-ceramic panel be customized?
Yes, we support custom sizing and shapes based on your needs. The standard thickness is 4.00±0.3mm, but customized thicknesses can also be provided.
What applications are suitable for transparent glass-ceramic?
It is highly suitable for induction cooktops, ceramic electric hobs, heating panels, microwave ovens, ovens, physiotherapy devices, fireplaces, and observation windows.
What color choices are available for the ceramic glass?
We offer black, transparent, and white appearances depending on your specific usage and aesthetic design requirements.
What is the hardness rating of the glass-ceramic panels?
The hardness of our transparent glass-ceramic is greater than 6 on the Mohs scale, ensuring high durability and scratch resistance.
How does it perform under sudden temperature changes?
It offers excellent thermal shock resistance, enabling it to withstand abrupt heating and cooling cycles up to 1000°C depending on the application context.