Package Content: You will receive 4 silicone mixing spoons in 4 colors, 1 piece for each color. The quantity and color options are sufficient for your daily use and for sharing with others. Dimensions: The heat-resistant silicone cooking spoon measures approximately 10.6 inches in length. This size is suitable for everyday use and provides enough length to hold comfortably without slipping. The colorful spoon features a hole at the end, allowing you to hang it for drying. This saves space and helps prevent water buildup. Sturdy Non-Stick Material: The kitchen utensil spoon is made from high-quality silicone. Its one-piece design ensures no residue remains and is easy to clean. The spoon is heat resistant and safe for use within a temperature range of -40°C to 220°C (-40°F to 428°F). It offers added safety and convenience and is resistant to curling, meeting your daily needs for mixing both hot and cold foods. Color Information: We offer 4 vivid and bright spoon colors. You can refer to the product image for exact color details. These spoons add beauty to your kitchen and help you easily identify or locate the one you need. Wide Application: This practical cookware set can be used for cooking and stirring soups, mixed vegetable salads, milk, and other dishes. It can also be used as a serving spoon. It won't scratch your kitchen tools and is built to last. Features: Multiple Uses: A versatile cookware set ideal for preparing soups, salads, milk, and more. Can also be used as a spoon. Durable and gentle on your pots and pans. Firm and Reliable Use: Made from high-quality silicone, this kitchen spoon has a one-piece design that makes it easy to clean and free of residue. It is heat resistant, providing added safety and convenience. It resists curling and suits everyday use for mixing both hot and cold food. Specifications: Material: Silicone Color: As shown in the picture Dimensions: Approximately 10.6 x 0.4 x 0.6 inches Quantity: 4 pieces Package Includes: 4 silicone mixing spoons Notice: Please allow slight variations in size due to manual measurement.