Gibson Soho Lounge Square Reactive Glaze Dinnerware Set - 16 Piece - Green

Currently unavailable

Currently unavailable
The Gibson Soho Lounge 16-piece dinnerware set is an ideal choice for households seeking a blend of contemporary style and daily utility, serving up to four people with its complete collection of plates, bowls, and mugs. Featuring a stunning reactive glaze finish, this stoneware provides a unique aesthetic to any dining table; however, potential buyers should note that the reactive process means no two pieces are exactly identical in color and texture.
| Colour | Green |
|---|---|
| Model Part Number | 99813.16R |
| Brand | Gibson Soho Lounge |
No. Due to the reactive glaze process, each piece features unique variations in color and pattern, meaning your set will be one-of-a-kind.
The manufacturer specifies that these are microwave and dishwasher safe, but they are not intended for use in a conventional oven.
This is a 16-piece set designed to serve 4 people.
The set features a square design with rounded edges, providing a modern aesthetic that is comfortable for daily use.
Gibson Soho Lounge dinnerware is manufactured to meet applicable food safety and quality standards for residential use.
While the stoneware is durable, it is not recommended to subject the dishes to extreme temperature fluctuations to prevent potential thermal shock.
Use a non-abrasive cleanser or a paste of baking soda and water to gently buff out superficial marks caused by metal utensils.
Reduce the microwave power level or decrease the heating time, as stoneware retains heat longer than other materials.
When setting up your Gibson Soho Lounge dinnerware for the first time, it is recommended to wash all pieces with a mild soap to remove any dust from the packaging. To maintain the longevity of the reactive glaze, avoid using harsh abrasive scrubbers that could dull the surface over time. Ensure the dinnerware is stacked carefully in your cupboard to prevent edge chipping, and when using the microwave, always ensure the items are not subject to extreme thermal shock—such as moving them directly from a freezing environment into a high-heat microwave cycle.