Excellerations Sustainably Harvested Rubberwood Unit Blocks Tower - 26 Pieces

63,00 USD

Description

Set of 26 blocks in assorted shapes and sizes are perfect for building houses, castles, towers, and more. Blocks are made of sustainably harvested rubberwood and finished in four rich, attractive earth tones. Block sizes range from 2.75" cube to 5" long rectangular block and are mathematically proportional so blocks fit together easily. Great for at-home or classroom use. Recommended for children ages 3 years and older. CREATIVE CONSTRUCTION SET: With this block set, kids can build an array of imaginative structures - houses, towers, castles, and more. Great for stacking and sorting by size, shape, or color. Helps develop creative thinking and problem solving skills; SQUARES, CYLINDERS, AND MORE: Set includes large (2.75") solid cube; rectangular, triangular, and circular blocks; plus cylinders in three heights. Largest block is 5" x 1.375." Blocks are mathematically proportional, so they fit together perfectly for satisfying building experiences; RIGHT SIZE, RIGHT QUANTITY: Chunky sizes are small enough to build on a table top or desk, but solid enough for floor constructions. Set has plenty of pieces for building at home and just enough for classroom use too!; SOLID WOOD, RENEWABLY SOURCED: Sustainably sourced rubberwood is harvested after rubber trees reach the end of their productive life and are felled. Rubberwood is a durable hardwood resistant to fungus, bacteria, and mold; the unique straight dense grain is exceptionally uniform and attractive; COMPANION BUILDING SET: Add the sustainably harvested rubberwood Arch Blocks STEM Construction Set (ARCHSET) for even more creative building fun!; block blocks block play block set STEM STEAM STEM toys early STEM build building construct construction stack stacking blocks for preschoolers STEM for preschoolers wood rubberwood wooden natural natural tones earth tones wooden blocks wood blocks renewable wood blocks environmentally friendly sustainable sustainably sourced fine motor