High Alumina Porcelain

Germany's Holst Porzellan is a leading star of German porcelain industry, has been persistent and committed for many years, using the world's top German porcelain technology to break the deadlock in the porcelain tableware industry throughout the hotel, restaurant, catering (HoReCa) industry and succeed in Germany and throughout Europe. Sincerity hopes to share achievements with Asian peers and seek common profits and extra business. We are writing to you (the industry leader), and we hope to have the opportunity to meet and seek cooperation on our high alumina porcelain.

Conventional porcelain tableware in the HoReCa industry is commonly easy to break and chip. It will rupture when the temperature difference is large. The glazed surface has insufficient anti-wear strength, and it is heavy and difficult to transfer. These inconveniences have not been solved in the past hundreds of years, which has hindered the wider use of porcelain tableware in the HoReCa industry.

And has made porcelain increasingly unsuitable for today's ever-changing kitchen equipment. At present, the supply of porcelain tableware in the professional HoReCa industry is stagnation in the sluggishness of oversupply and unsuitability. Germany's Holst Porzellan, a leading star in the German porcelain industry, has been persistently committed to investing for many years, using the world's top German porcelain technology to break the deadlock. The effective introduction and addition of alumina in porcelain blocks composed of kaolin, feldspar and quartz gives great physical strength, higher flexural strengthand finer quality. The Holst High Alumina Porcelain tableware is no longer easy to break, under big range of temperature difference is not broken, the surface wear resistance becomes extremely high, and it is much thinner, lighter, finer and elegant. As a result, German Holst Porzellan enjoyed a drastic sales growth in the German-speaking countries and neighboring countries, and the users praised us.

40 % higher impact resistance
d

temperature shock resistance
from +215°C to +15°C