OxBalls Bigger Ox Cock Ring – Black Ice

The Bigger Ox is engineered for substantial bulge enhancement with a graduated thickness that increases toward the base, creating maximum volume and presence. The design places concentrated padding and support directly behind the testicles where it delivers the most noticeable effect. The inner ring is contoured to distribute pressure evenly—it won't roll during wear or pinch sensitive skin, a common frustration with poorly designed cock rings.

Material & Comfort

Constructed from PLUS+silicone, a proprietary blend of TPR and silicone, this ring delivers a uniquely tactile experience. The material feels distinctly rubbery and supple, with a velvety-smooth surface that's pleasant to the touch both during application and wear. Despite the softness, the formulation maintains enough firmness to grip effectively and hold position without constant adjustment. The squishy padding absorbs minor movement and pressure points, making extended wear comfortable even under clothing or within fitted gear.

Performance & Fit

The material stretches generously to accommodate various sizes while maintaining reliable grip—it stays exactly where you position it. The thickness and bulk create an undeniable visual and tactile effect, particularly noticeable in fitted jockstraps, briefs, or athletic wear. The ring provides gentle but sustained support that enhances fullness and can help maintain firmness during extended sessions.

Care & Compatibility

PLUS+silicone is phthalate-free and odorless. The ring is compatible with water-based, hybrid, and silicone-based lubricants. Oil-based lubes should be avoided as they can degrade the material over time.

Specs

• Material: PLUS+silicone (TPR and silicone blend)
• Color: Black
• Finish: Velvety smooth, rubbery texture
• Design: Graduated thickness with inner contoured ring
• Features: Padded, non-rolling, non-pinching design
• Lube Compatible: Water-based, hybrid, silicone-based
• Lube Not Recommended: Oil-based
• Care: Phthalate-free, hypoallergenic formulation