Bathroom Shower Grab Bar

IMPORTANT: To ensure safety, please note that the grab bars should only be used on non-porous, flat, and smooth surfaces such as tiles, glass, marble, acrylic, metal, stainless steel, and metal. Please avoid installing on porous surfaces or grout joints, not suitable for concave ...IMPORTANT: To ensure safety, please note that the grab bars should only be used on non-porous, flat, and smooth surfaces such as tiles, glass, marble, acrylic, metal, stainless steel, and metal. Please avoid installing on porous surfaces or grout joints, not suitable for concave and convex tiles, rough marble, wallpaper, drywall, porous walls, etc.

Do not put your full weight on the shower handle. - Sturdy and Durable: Our shower grab bar is sturdy and durable with a non-slip handle and 2 powerful suction cups. The non-slip performance provides you with a comfortable and stable grip.

Suitable for use in damp and wet environments, such as your bathroom. Combined with a powerful suction cup, it adheres perfectly to any smooth surface, further improving safety by reducing the risk of slips and falls. - EASY TO INSTALL: Our shower grab bar is easy to install, no tools or drilling required, just clean the wall, press the grab bar for 5 seconds, flip the latch.

You can fix it anywhere in your bathroom, giving you the exact support you need. Its incredibly high load capacity ensures maximum safety and stability. It is the ideal solution for people who need assistance but appreciate their independence.

- MULTI-PURPOSE: Our shower bars are available in very practical sizes. It is suitable for shower areas of different sizes and can be installed almost anywhere where additional support is needed - such as in hallways, next to toilets, shower cubicles, toilets and kitchens - Instructions for use: Please note that to ensure maximum safety, regularly check the suction cups to confirm that they are securely attached and reattach them if necessary. Please follow the provided installation instructions carefully to maintain optimal functionality and safety.