Three Tier Chrome Cake Stand 39cm / 15.5inch
- 3 Tier Cake Serving Stand.
- Overall height: 39cm - 15.5inch.
- Maximum Plate sizes: 17cm - 6.75inch (not included).
- Hand wash recommended.
- For table presentation of cakes, scones, sandwiches.
- Ideal for afternoon tea & cream tea service.
- A unique way to present a dainty afternoon cream tea to your customers.
N.B. PLATES ARE NOT INCLUDED WITH THE STAND.
Case Quantity Discounts
1 - 4 Cases @ £20.58 Per Case + VAT5 + Cases @ £19.56 Per Case + VAT
Related Products
Three Tier Copper Cake Plate Stand 43cm / 17inch Afternoon Tea Stand
Three Tier Chrome Cake Stand 42cm / 16.5inch Afternoon Tea Stand
Manufacturer Details
Utopia Tableware
Utopia tableware is a leading supplier to the Hospitality and Branded Glassware Industries. Utopia host an extensive product range to suit many needs, from Tableware and Cutlery to Glassware, Barware and Food Service Equipment. Utopia are particularly well known for their elegant and durable glassware ranges, and are also capable of decorating, CE stamping, toughening and nucleating to suit every caterer’s glassware requirements.
What is CE Marking?
CE marking is a certification mark that indicates conformity with health, safety, and environmental protection standards for products sold within the European Economic Area. In the case of glassware, CE marking indicates that a glass will hold a legal measure to the brim, often seen on Pint Glasses, Half Pint Glasses and Shot Glasses.
What is Nucleated Glassware? What is Nucleation?
Nucleation is feature added to glassware to increase bubbles and fizz. By laser etching grooves into the base of a glass, dissolved CO2 has something to hold onto to form bubbles. This helps to provide a stream of fizz in champagne and prosecco, and ensures better head retention for beer service.
What is Toughened Glassware?
Toughened glass is a type of glass used where greater strength or safety is needed. Toughened glass is made by tempering, which involves heating glass up to around 620°C, before quickly cooling the outside of the glass with cold air. The end result is a glass that is up to six times harder to break.
