Sliding Skin Dong Silicone L - Playhouse

The Playhouse Sliding Skin Dong L offers an unparalleled realistic experience through innovative Fluid Skin Technology. This premium dildo is engineered to mimic the natural movement and texture of a real partner, providing both depth and a lifelike sensation that is hard to match.

Features

This impressive toy features a unique dual-layer construction. At its heart lies a firm inner core that provides the necessary stability and girth for satisfying penetration. This core is encased in a high-quality, stretchy outer layer of liquid silicone. This specialized design allows the outer skin to slide and move independently of the core, creating a dynamic, fleshy sensation during use. The realistic shape and texture are complemented by a powerful suction cup base, which allows you to secure the toy to any smooth, flat surface for hands-free exploration. Additionally, the base is compatible with most harnesses, making it an excellent choice for strap-on play.

Material

Crafted from 100% premium liquid silicone, this product prioritizes both safety and comfort. The material is incredibly smooth, non-porous, and body-safe, ensuring that it is gentle on your most sensitive areas. The liquid silicone used in the outer layer provides that essential 'sliding skin' effect, making the texture exceptionally soft to the touch.

Use

Due to its versatile design, the Sliding Skin Dong can be used in various ways. Use the suction cup to attach it to a floor or headboard for solo play, or integrate it into your partner play using a harness. For the smoothest experience and to protect the delicate outer skin, we highly recommend using a water-based lubricant.

Care

To maintain the quality of the liquid silicone, always clean the toy after every use with warm water and a mild, unscented soap or a dedicated toy cleaner. Ensure the device is completely dry before storing it. Store your toy in a cool, dry place, away from direct sunlight and separate it from other silicone products to prevent material degradation.