Porcelain is the noblest ceramic material. The word ceramics comes from the Greek Kerameia, which means ‘fired’. Porcelain is a “white wonder” made of ceramic material heated to high temperatures in a kiln.

The decor on the photo is the Herend Imola decor  coffee cup 730-0-00.

Origins of Porcelain

Its discovery dates back to ancient China (that’s why porcelain products are often referred to as china in English-speaking countries). Porcelain was discovered when ancient Chinese people found some strange, exceptionally hard, and solid pieces of material at their outdoor fireplaces after the fire was put out. Mixing and firing local types of earth, they started to begin to create simple jugs and bowls. Thanks to the creative ideas and experiments during the years, porcelain became whiter and whiter. Porcelain manufacture was a monopoly of the emperor for a long time, thus European travelers and merchants couldn’t reveal the secret of the “white gold”.

Ingredients of Porcelain

Porcelain has 3 main ingredients, kaolin, quartz, and feldspar. Kaolin is the most important material of the three, even though it accounts for only a small proportion. Other materials like alabaster, ball clay, bone ash, glass, steatite, and petuntse can be also added to the mixture. Clays used for porcelain wet very quickly and are of lower plasticity than other pottery clays. The clays’ water content can produce large changes in how easy they are to work with, thus range of water content is very narrow and carefully controlled.

Manufacture Process of Porcelain

After the forming of ceramic wares, the glazing comes. Although, high-fired porcelain wares don’t need glazing to be impermeable to liquids; the process is used for decorative purposes. Besides other types of glaze, an iron-containing glaze is used. After glazing porcelain ware is decorated using cobalt, copper, and colored enamels. Ceramic wares are then heated in a kiln to make their bodies become non-porous. Porcelains can be once or twice-fired: in the first case, they are fired at 1000 degrees Celsius first and 1300 degrees for the second time.

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