BowLift | Silicone sealed wine, beer, champagne stopper

📣📣Multipurpose Use: These stoppers accommodate most standard wine, beer, sparkling wine, and soda bottles, including a selection of larger options. 

FEATURES

• [Effective Sealed Storage] A compact sparkling wine stopper is designed to enhance its internal configuration, providing an excellent fit that keeps gases perfectly contained in the bottle, thus prolonging the bubbles’ lifespan after opening.

• [Space-Saving Design] This design acts like a "safety helmet" for your favorite wine; the stopper's innovative shape fits the rounded contours of a champagne bottle seamlessly. Its compact size and high-quality craftsmanship allow for convenient storage.

• [Twisting Cap Feature] Easy and practical, the champagne cork utilizes a twisting mechanism; simply twist the upper section to unlock it, insert it firmly into the bottle neck, then twist the champagne cork to secure. The upper part returns to its starting position to ensure a tight seal.

• [Clever Finger Notch] Along with the twisting cap feature, the champagne stopper includes three small notches designed for fingertip placement, making it easier to twist and enhancing usability.

• [Diverse Applicability] Compatible with standard wine, beer, sparkling wine, and soda bottles, including select larger versions. Perfect for a range of events such as weddings, home use, or bar service. A fantastic gift option for any wine enthusiast in your life.

• [Premium Quality Materials] The internal sealing components of the wine stopper are crafted from food-grade silicone for added safety. The outer structure of the stopper is made from durable ABS material, which resists wear and is simple to clean.

SPECIFICATIONS

• Material: ABS; food-grade silicone

• Size: A-39*32 mm/1.5*1.3 in; B-39*40 mm/1.5*1.6 inch

• Color: Black

• Packaging: 1 * Reusable bottle stopper cork

PLEASE NOTE

• Be aware that slight discrepancies may occur due to manual measurements.

• The actual product color may differ slightly from the images based on display and lighting conditions.