Size: Twin Overview A compact, adjustable wall holder for shower gel, shampoo, and liquid soap bottles. Designed for easy nodrill installation and secure mounting in shared or private bathrooms. Made from durable PP and finished in black to blend with most bathroom styles. Key benefits Easy installation: Mount the holder with the included hook without drilling, protecting tile or painted walls and simplifying setup. Adjustable fit: Telescopic bracket adjusts in height to accommodate different bottle sizes. Suitable for bottles with a base diameter of 6.5 cm and a height range matching the holder. Theftproof security: Builtin theftproof mechanism secures bottles in shared spaces such as guest bathrooms, gyms, and rental properties. Space saving and organized: Keeps bottles off countertops and shower shelves for a tidier, more accessible bathroom. Durable and waterproof: Constructed from PP for reliable performance in humid bathroom environments. Features and specifications Color: Black Material: PP Fits bottles with base diameter: 6.5 cm Hole mouth diameter: 2.2 cm Hole mouth inner diameter: 3.7 cm Adjustable outer height: 13.5 cm to 18 cm Bottle expansion and contraction range: 11 cm to 16 cm Package includes: 1 Soap Bottle Dispenser Holder How it solves common problems Prevents clutter by holding bottles off counters and shower ledges, making cleaning faster and reducing slipping hazards. Protects walls by using a hookmounted installation instead of drilling, making it suitable for rented properties. Reduces loss or theft of bottles in shared settings with a locking mechanism that keeps containers secure. Typical use scenarios Home bathrooms: Mount near the shower or tub to up shelf and counter space and keep daily use dispensers within easy reach. Shared accommodations: Install in guest bathrooms, dorm bathrooms, or rental units to secure supplied bottles and maintain a tidy appearance. Fitness centers and salons: Use in staff or client areas to organize and protect commonuse bottles. Note Allow slight measurement variations due to manual measuring and monitor display differences.