Cork Yoga Block 2 Pack for Pilates 9"x6"x4" Non-Slip & High Density | Eco-Friendly Natural Cork Block for Pilates, Meditation, Fitness and Stretching Supportive & Flexible to Improve Pose Balance Hover to Zoom

Cork Yoga Block 2 Pack for Pilates 9"x6"x4" Non-Slip & High Density

$25.99
Currency USD
Buy Now

Product Description

The Cork Yoga Block 2 Pack consists of two cork blocks designed with Pilates practice and general floor-based stretching in mind. Each block measures 9" x 6" x 4", providing a rectangular shape that can assist with alignment and support during routines that involve weight bearing, balance, or range-of-motion work.

The product is described as non-slip, offering stability on typical workout surfaces. The blocks are described as high density, which refers to the overall compact and firm nature of the material. The packaging indicates a two-block set, enabling use in paired exercises or substitution between positions as needed during a session.

These blocks are identified by their cork construction, a material chosen for its density and surface characteristics as described in the product title. The two-pack format provides options for varying height support or for use in setups that require multiple blocks in a single practice. Users may place the blocks under hands, feet, or other parts of the body to modify leverage and range of motion during exercises commonly associated with Pilates routines.

Because the product information specifies a non-slip surface and high-density construction, this combination is intended to deliver stable support during movements that require grip and firmness. The blocks are sized to be portable, allowing easy transport for sessions outside of a home setting or in a studio environment where multiple setups may be needed for different participants or different exercises.

Overall, the Cork Yoga Block 2 Pack provides two identical blocks with dimensions 9" x 6" x 4", described as non-slip and high density, made from cork, suitable for Pilates and similar floor-based activities that benefit from stable, compact support tools.