Giới thiệu Retractable Shoehorn Lazy Shoe Helper Long Handle Shoes Lifter Accessories
Retractable Lazy Shoe Helper Wall Hanging Shoe Wearing Device Long Handle Pull Shoehorns Useful Gifts for Pregnant Women Elderly Feature: 1. Retractable & Durable Material: The length of the long-handled shoehorn can be adjusted steplessly to any length from 16.1" to 29.14". You can put on your shoes/boots sitting or standing without bending over. The extra-long shoehorn is very convenient for daily use, especially essential equipment for those who have difficulty bending over. The long shoehorn with handle is made of high-quality ABS material that will not bend, warp or rust and maintain its strength through constant use. 2. Comfortable & Highly Compatible: The edge of the shoehorn has a smooth, polished surface to prevent abrasion of shoes, socks or skin. Suitable for sneakers, casual shoes, dress shoes or boots. 3. Easy to Use & Store: Stretch or compress it to the desired length and enjoy the fun of wearing shoe helpers. A durable lanyard allows you to hang the shoehorn for easy storage. 4. Comfort Grip: Designed for ease of use, perfect for those who have difficulty wearing shoes, this adjustable shoehorn can be used as an extra long kids shoehorn or as a large shoehorn for men, women and the elderly Everyone will appreciate its beauty. 5. Great Gift for Your Loved Ones: It is a perfect long shoehorn for seniors, or a long shoehorn for men with a long handle, suitable for women or children, pregnant women, the elderly, people with limited mobility, tall people People's shoehorn.Specification: Shoes Horns: Lazy Shoe Helper Shoe Puller: Shoe Lifter Item Type: Shoe Horns Model Number: Shoes Horns Name: Retractable Shoehorn Material: ABS+PP Size: From 41~71CM / 16.1 to 29.14inch Weight: 100g Packing size: About 33x10cm/12.99x3.93inch, Bubble Bag
Note: Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you! Please allow 1-2cm measuring deviation due to manual measurement.