Alchemy Ambience Three Tier Plate Tower Ht: 33cm 13″ – CASE QTY 2

ALCHEMY® fine china – PASSIONATE ABOUT FOOD

Fine china in a range of complementary designs to suit every mood and occasion. Versatile and durable, multi – functional items and striking feature pieces offer unlimited creative opportunities to enhance food presentation. Premium collections designed with the professional in mind. Restaurateurs can create the ultimate fine dining experience. From classic to contemporary, for functionality and inspirational food presentation. Alchemy leaves a lasting impression.

ALCHEMY® fine china – PLATE TOWERS – Delectable Displays

Churchill’s Alchemy Plate Towers have been designed to provide the ultimate presentation for an array of shared dining experiences. Use for traditional Afternoon Tea, unique cheese board presentation or as a premium tapas centrepiece, these plate towers add interest to any tabletop.

Features & Benefits

ALCHEMY BODY – Thinner, lighter and whiter pieces with finer definition, without compromising durability due to the high alumina content (highest of any ceramic tableware in the market place).

QUALITY – Alchemy meets the quality standard for food service tableware laid down by the British Standards Institute, BS 4034 and is manufactured under the internationally recognised ISO 9001 quality management system.

SUPERIOR GLAZE FINISH – Protected by ecoglaze, a high performance glaze that enhances product performance, prolonging the life of the product, improving stain and metal mark resistance and durability. Excellent stability prevents thermal shock and crazing

DURABILITY & STRENGTH – The shapes are designed to perform in a busy catering environment and the high percentage of alumina gives Alchemy maximum strength.

STACKABILITY – Designed with safe stacking in mind to maximise space saving in a back of house environment.

HIGH TEMPERATURE FIRING – Alchemy is a vitreous china body that does not absorb moisture, is more hygienic and has better heat retention properties. Its high resistance to thermal shock helps to reduce breakages. Its properties provide superior strength.