Soft Foam Building Blocks Set for Creative Play – Lightweight, High-Elasticity 28D Foam Shapes with Smooth Teddy Velvet Cover

Discover versatile, open-ended building blocks designed for relaxed, tactile engagement and spatial exploration. Crafted with premium 28D high-elasticity foam, each piece offers gentle compression and resilient rebound—ideal for repeated stacking, balancing, and rearranging without deformation. The outer layer features soft teddy velvet fabric, providing a cozy texture and subtle visual warmth that complements modern home and learning environments. All components meet recognized safety benchmarks including ASTM F963, CPSIA, and CPC standards—ensuring responsible material selection and construction integrity. The hidden zipper design allows easy access to the inner foam core for surface wipe-down or optional cover replacement. Thoughtfully shaped for intuitive handling: rectangles, trapezoids, arches, semicircular cushions, and armrest-style forms encourage varied configurations—from low-profile lounging layouts to elevated structural arrangements. Overall dimensions support flexible placement in living rooms, studios, or multipurpose spaces. Recommended for individuals over 18 months tall (minimum 35.4 inches) and capable of independent movement. Maximum supported load is 132 lbs. Each piece maintains consistent density and edge finish for reliable performance across daily use.

• Premium 28D high-elasticity foam ensures long-lasting shape retention and responsive cushioning during repeated use.
• Teddy velvet outer cover delivers a plush, low-sheen texture with smooth seams and durable stitching for everyday handling.
• Complies with ASTM F963, CPSIA, and CPC safety requirements—verified materials and construction methods.
• Hidden zipper design enables convenient cover removal for spot cleaning or fabric maintenance without disassembling foam cores.
• Multiple geometric forms—including rectangle, trapezoid, arch, semicircular cushion, and armrest—support diverse arrangement options and spatial experimentation.