Squishy Toys

Polyurethane is also commonly used in the production of squishy toys. Squishy toys are soft and squeezable toys that are made to be deformed and then return to their original shape. They are often used for stress relief and relaxation.

Squeeze Stress Relief Toys. Slow Rebound Squeeze Toys.

Polyurethane is a good material for squishy toys because it is soft and flexible, yet also durable and resistant to tearing or breaking. It can be molded into a variety of shapes and sizes, and it can be infused with various colors and scents to create fun and engaging toys.

Polyurethane squishy toys are typically made by mixing polyurethane resin with other materials such as pigments, fragrances, and softeners. The mixture is then poured into molds and allowed to cure, or harden, into the desired shape. Once the toy is fully cured, it can be removed from the mold and sold as a finished product.

One of the benefits of using polyurethane in squishy toys is that it allows manufacturers to create toys with a wide range of textures and densities. Some polyurethane squishy toys are designed to be extra soft and squishy, while others are firmer and more resistant.

Polyurethane squishy toys can be found in many shapes and sizes, including animals, food items, and everyday objects. They are popular among children and adults alike, and can be used for stress relief, sensory stimulation, and entertainment.

Molded Polyurethane Product Design

SMPUFOAM

Has a 25+ years of experience in polyurethane foam products technology, we produce highly engineered polyurethane molded parts for a variety of industrial markets including self-skinning and small pour molded polyurethane components, medical, pillows, cushions, footwear, impact protection, sporting goods and toys.

One of the most obvious advantages of polyurethane is its versatility. It is a material that, by varying the formulation of the components, can take on very different physical characteristics, allowing in any case a freedom to design the polyurethane foam products almost without limits.