Proud of association, cooperation and development, Schott Ceran Glass is one of the famous names when it comes to manufacturing and supplying high quality vitroceramic glass. With more than 50 years of experience, the company has driven growth and progress in the kitchen industry, bringing consumers beautiful and effective products. In this article, let's join RICHBORN to learn more about Schott Ceran Glass, its applications, and why this brand is famous worldwide.

I. Features and Advantages of Schott Ceran Glass

1. Durability and Safety

Schott Ceran glass is produced by combining glass with high quality vitroceramic. This makes the product extremely durable and heat resistant. It is also safe for health, contains no toxic substances, and does not produce smoke or odor during use. Normal thermal and physical stresses do not affect the stability of glass-ceramic lenses.

2. High Thermal Efficiency

Schott Ceran glass is only 4 mm thick and has the ability to transmit heat evenly and quickly, helping to save time in cooking. The amount of heat in contact with the cooking utensil is almost not lost, in addition, the amount of heat energy released from the sides is relatively small. This is especially useful for people who love to cook and need to save cooking time.

3. Luxurious design

Schott Ceran Glass products have beautiful and modern designs. The shine and transparency of glass creates a luxurious appearance for your kitchen.

II. Application of Schott Ceran Glass

Schott Ceran glass has many applications in everyday life, especially in the home kitchen industry. Below are some popular applications on today's stoves:

1. Kitchen infrared

The glass-ceramic Schott Ceran glass surface will transfer heat from the radiator under the stove top to the bottom of the pot. Since the product thickness is only 4 mm, the heat transfer process is especially efficient.

2. Combination Gas Stove

Many gas stove models incorporate Schott Ceran Glass to create a multi-function stove. A burner above the glass-ceramic glass heats the pot sitting on the burner.

3. Induction cooker

Many high-end induction cooker products also use Schott Ceran glass to create cooking surfaces. A coil with current running under the stovetop will create an electromagnetic field. This electromagnetic field causes an electric current to flow through the glass-ceramic stove top and transfer it to the magnetic cookware, thereby heating the pot. The pot will then transfer heat to the food.

III. Reasons Why Schott Ceran Glass Is Famous

Schott Ceran glass has become a famous name in the kitchen industry and this is no coincidence. Here are some reasons why it is trusted by consumers and manufacturers:

1. Top Quality

Schott Ceran glass always puts quality first. Their products are manufactured with strict quality processes to ensure consistency and durability. Able to resist sudden thermal shock in the minus range of over 700 degrees Celsius. The heat will only be hot in the cooking zone, while the rest of the stovetop remains relatively cool.

2. Continuous Innovation

The company always conducts research and development to improve products. This makes Schott Ceran Glass always at the forefront of adopting new technology and cutting-edge product design.

3. Environmental Protection commitments

Schott Ceran glass not only cares about product quality but also cares about the impact of production on the direct living environment. They have taken many measures to minimize this impact, not using toxic heavy metals such as Arsenic and Antimony in the production process. Schott Ceran glass ceramics are 100% recyclable.

IV. Conclude

Schott Ceran glass has established its position in the kitchen industry through quality, innovation and commitment to environmental protection. With excellent heat transfer and beautiful design, it has become a top choice for consumers and manufacturers around the world. With over 70 years of experience, Schott Ceran Glass continues to be an icon in the kitchen industry and will certainly continue to contribute to its growth in the future.