BEFOKA Kitchen Supplies Kitchen Multi-function Cooking Spoon Grinding Smashing Filtering Colander Grinding Ginger Spoon Household Mashed Potato Rice Spoon Clearance

Kitchen multi-function cooking spoon grinding smashing filtering colander grinding ginger spoon household mashed potato rice spoon Product Description FEATURE： New design: semi-encircled design easy to spoon rice semi-encircled design of the head of the rice palm spooning more rice is not easy to fall! The curved bottom design makes it easier to press rice. Concave and serrated teeth for easy grinding! Multi-functional use: for cooking draining spoon grinding and pressing garlic mashes mashed potatoes mashed beans beater the small hole design can be applied as a colander the other end can also be applied as a normal spoon you can also use this part to spread butter. Easy to clean and space saving: not easy to leave food residues behind just rinse with detergent and you can easily dispose of residues and odours left on kitchen utensils air dry and use again. Hanging hole at the end for hanging so it doesn’t take up much space. High quality material: made of food grade material high temperature resistant safe and environmental friendly. Powerful and aesthetically pleasing. Will not melt or deform due to high temperature can be used for a long time. Labour-saving design: the concave and design of the base requires minimal. The sleek one-handed handle provides ergonomic leverage to make chopping garlic easy. Suitable for the occasion: such a versatile brush is the ideal utensil in the kitchen; it can be used for cooking baking cutting turning stirring tasting turning and serving alongside other utensils to help you create delicious dishes. SPECIFICATION： Material: PP Size: 22.4X6.5cm Usage: filter/grind/mud/stir/serve rice PACAKAGE INCLUDES: 1XGinger Garlic Multifunctional Spoon Notes: Due to the different monitor and light effect the actual color of the item might be slightly different from the color showed on the pictures. Thank you! Please allow slight measuring deviation due to manual measurement.