Loveramics Er-go! Matte Sand low bowl 11.5 cm

Er-go! Matte Sand low bowl 11.5 cm from Loveramics

Choose high or low, or of course, both high and low :-) Besides the more standard tall rice and muesli bowls, Loveramics also makes some very beautiful low bowls. And besides the pink version of the Er-Go! tableware, I've now also purchased the light yellow matte sand color—first as an experiment. This was mainly to be able to judge the color properly, because as you can see, the colors in the photos vary quite a bit.

Sand

Unlike the smooth Er-Go! Rose, the Er-Go! Matte Sand parts are somewhat grainy, like sand. The color is also different, more yellowish beige.

Design by Simon Stevens

Loveramics is a company based in Hong Kong that designs and manufactures tableware and related items. They have been working with designer Simon Stevens for several years, who also designed the Embossed Tasting Cups , for example.

Easy to stack

Because of the large Asian market, Stevens has taken special care to ensure this tableware is easily stackable and takes up minimal cupboard space. The plates and bowls all fit together beautifully. Handy in small Asian homes and kitchens. And therefore also very practical for your home!

Wonderfully extensive tableware

This Er-Go! tableware collection has been greatly expanded, with tall and short bowls and dinner plates in many different sizes. And now I've added another color. Let's see how it turns out!

Matte glaze

The tableware is made of porcelain and has a matt glaze with a textured finish.

Easy to combine

This Matte Sand color should pair beautifully with the Er-Go! Rose tableware. This subtle shade also pairs easily with a wide variety of colors: blue, greens, white, black, gray, and so on.

Beautiful heavy quality porcelain.

• Low bowl Er-go! Matte Sand
• Diameter: 11.5 cm
• Height: 4.5 cm
• Content: 295 ml
• Design: Simon Stevens
• Material: porcelain
• Dishwasher, microwave, freezer, and oven safe. Just never place directly from the freezer into a hot oven. The porcelain can crack under excessive and rapid temperature changes.