Bathmate Power Rings Barbarian or Gladiator or Spartan
Bathmate Power Rings are made from Elastomex, Bathmate’s unique blend of TPE and TPR, specially formulated to ensure that they are the toughest and most flexible rings on the market.
Product Features:
- Made with Elastomex, a unique blend of TPE and TPR
- Boosts erection and enhances performance
- Tough and flexible rings
- Phthalate free and skin safe
Product Details: Barbarian
The Barbarian’s simple, ring-like shape means it can provide maximum surface area for full effect and total comfort for the user.
- Color: Black
- Material: TPE and TPR blend
- Weight (Product): 15 g (0.53 oz)
- Diameter (Product): 50 mm (1.97″)
- Inner Diameter (Product): 25 mm (0.98″)
- Circumference (Product): 157 mm (6.18″)
- Inner Circumference (Product): 78 mm (3.1″)
- Weight (Include Package): 30 g (1.04 oz)
- Height (Package): 135 mm (5.31″)
- Width (Package): 93 mm (3.66″)
Product Details: Gladiator
The Gladiator has a unique three-point rib on the inner ring that not only guarantees a firm fit but also adds to the pleasure. The three points can be arranged in any position and are guaranteed to work either way.
- Color: Black
- Material: TPE and TPR blend
- Weight (Product): 17 g (0.61 oz)
- Diameter (Product): 50 mm (1.97″)
- Inner Diameter (Product): 25 mm (0.98″)
- Circumference (Product): 157 mm (6.18″)
- Inner Circumference (Product): 78 mm (3.1″)
- Weight (Include Package): 32 g (1.13 oz)
- Height (Package): 135 mm (5.31″)
- Width (Package): 93 mm (3.66″)
Product Details: Spartan
The Spartan is smallest of the 3 and its unique ribbed, octagonal shape has been purposely designed for maximum pleasure.
- Color: Black
- Material: TPE and TPR blend
- Weight (Product): 8 g (0.30 oz)
- Diameter (Product): 40 mm (1.57″)
- Inner Diameter (Product): 25 mm (0.98″)
- Circumference (Product): 126 mm (4.95″)
- Inner Circumference (Product): 78 mm (3.1″)
- Weight (Include Package): 22 g (0.7 oz)
- Height (Package): 135 mm (5.31″)
- Width (Package): 93 mm (3.66″)
Dimensions provided are approximate and may vary slightly due to manufacturing tolerances and measurement methods.
