Tantus Stud Plug Anal Plug Onyx
The Tantus Stud Plug in Onyx delivers a secure, comfortable anal experience with a design focused on staying put. Its tapered tip glides in smoothly, while the dramatic transition from narrow head to thicker shaft creates a pronounced ridge that anchors the plug in place, even during movement. Made from Tantus’s signature platinum-grade silicone, this plug offers a firm yet forgiving feel that’s safe for extended play.
DESIGNED TO STAY IN PLACE
Unlike many plugs that can slip out with activity, the Tantus Stud Plug features an exaggerated head-to-shaft ratio. Once fully inserted, the sphincter rests behind the head’s flare, locking the plug in position while the slender neck allows natural closure. This intentional shape makes it ideal for hands-free wear during foreplay, intercourse, or solo sessions where you want a subtle, reliable fullness.
KEY FEATURES
- Tapered tip for gentle, gradual insertion without discomfort.
- Pronounced head-to-shaft ridge creates a secure fit that resists slipping out.
- Platinum-cured silicone is non-porous, hypoallergenic, and free from phthalates and latex.
- Onyx black finish offers a sleek, discreet look that won’t stain or fade.
- Firm flexibility maintains shape while bending slightly to match your body’s contours.
- Compatible with water-based lubricant only; avoid silicone lubes to preserve material integrity.
SPECIFICATIONS
| Total Length | 3.75 inches |
| Insertable Length | 3.25 inches |
| Maximum Diameter | 1.4 inches |
| Neck Diameter | 0.8 inches |
| Material | Platinum Silicone |
| Base | Flared, anal-safe |
| Color | Onyx (Black) |
MATERIAL & CARE
The Tantus Stud Plug is crafted from 100% platinum silicone, a material trusted for its durability and body compatibility. It holds warmth, cleans easily, and can be fully sterilized. After each use, wash with mild soap and warm water, or boil for 5-10 minutes for a deeper clean. You can also use a 10% bleach solution for complete sanitization. Store separately from other silicone toys to prevent surface interaction.


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