3PCS Crunchy Peanut Pudding Color-Changing Mango Squishy Stress Ball Set

• Crunchy Food Squishy Set with ASMR Sensation: Includes 3 unique styles: mango, peanut and Pudding. Internal bead filled structure delivers a distinct crunchy sound and subtle tactile vibration with every squeeze. Designed for ASMR enthusiasts, this sensory fidget provides both auditory and physical feedback that helps calm the mind, release tension, and enhance focus throughout the workday.
• Soft and Flexible Compression: Crafted from flexible TPR material with slow-rising technology, these squishies gently return to their original shape after each squeeze. Engineered for repeated daily use, they maintain their structure and responsiveness over time—making them a reliable stress tool for heavy-handed squeezers.
• Slow Rebound & Long-Lasting Durability: Engineered with slow rising rebound technology, the squishy gently returns to its original shape after each compression. The sturdy construction resists deformation and tearing, making it a reliable stress reliever that withstands frequent handling without losing its signature squishy feel.
• Multiple Styles for Flexible Mix & Match: This squishy collection offers a variety of realistic food-inspired designs, allowing you to freely mix and match according to your preference. Whether you prefer mango, lemon, classic peanut, or other playful shapes, you can curate your own custom set to suit your mood, desk theme, or collection needs.
• Fun Fruit Design Gift and Ornament: Its creative mango shape paired with appealing visuals makes it a great decorative piece for desks or shelves and a charming gift choice for lovers of the for funny asmr sensory pinch experience.

Specification: Origin: Mainland China Material: TPR + Soft Clay + Building Blocks Product Dimensions: About 3.15 x 1.97 x 1.57 (inch) Length: 8cm Note: Due to different monitor settings and lighting conditions, the actual color of the item may vary slightly from the pictures. Thanks for your understanding! Please allow a 1-2 cm difference in measurements due to manual measuring.