4Pcs Folding Shoe Lace Puller,Portable Lace Tightener Tool,Skate Lace Tightener compatible with Ice Skates Figu

4Pcs Folding Shoe Lace Puller,Portable Lace Tightener Tool,Skate Lace Tightener for Ice Skates Figu Adequate quantity: there are a total of 4 pieces of boot lace tighteners in the package, plentiful quantity can meet your daily use and replacement demands, which allow you to replace your old one or broken one, and you can share them with your close friends, family members, teammates, classmates, colleagues and so on Convenient to use: these ice skate lace tighteners are designed to be foldable, and when you use them, you just need to rotate out the part, insert this part into the shoelace and pull it up, the process is simple and fast, and 't take up too much of your time and energy, bring a lot of convenience to the process of tying your shoes you for a long time: the handle of this skate tightening tool is made of quality PP, and the needle is made of reliable stainless steel, sturdy and solid, will not break or deform easily, can satisfy your long term needs, the surface and edge are polished carefully, with exquisite workmanship, to touch, no burr, do not worry it will scratch you while using Portable and compact: appropriate in size and light in weight, easy to hold in your hand, and carrying it in your backpack doesn't add to your burden, the inside features a wavy design, which can better fit the radian of your , so that you can hold and apply force smoothly Fasten your shoelaces: these ice skate pullers can effectively help you solve the problem of skate shoes laces can not be tightened, so that your skating process is smoother and , avoid sprain, fall and other accidents, keep your shoelaces firm, so you 't have to pull your shoelaces with your , relieve your hands Colour: black Material: PP+stainless steel Size: About 9.5cm Package Contents: 4 x Skate Lace Tightener Only the above package content, other products are not included. Note: Light and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is