With the Aufhanger, you can say good-bye to clothing snags caused from hangers with hooks (which are, um, virtually all hangers except for this one).
The Aufhanger is a concept design by Milica Balubdzic. It functions the way a normal hanger would, but minus the hooked part. Instead, magnets are used within its body—mainly on the top rim of the hanger—to secure it to the metal rod inside the wardrobe. The body can be cast of aluminum (shown here) as well as wood or plastic. The designer has also created two different styles of the Aufhanger: one is sloped (like the normal hanger) for tops and the other is straight and horizontal which is great for hanging skirts and pants.
Hookless Hangers
Aufhanger Uses Magnets to Attach to Wardrobe Rods
Trend Themes
1. Magnetic Hangers - Opportunity to create a new line of hangers that attach to closet rods with magnets instead of hooks, reducing clothing snags and damage to fabrics.
2. Hook-less Closet Accessories - Opportunity to develop a line of closet accessories such as hooks, baskets, shelves, and racks that attach to metal rods using magnets, making installation and repositioning more flexible and convenient.
3. Eco-friendly Material Hangers - Opportunity to meet the demand for sustainable and durable hanger options by producing Aufhanger and other hangers using recycled materials and non-toxic coatings.
Industry Implications
1. Home Organization - Companies in the home organization industry can incorporate magnetic technology into their product offerings to improve customers' experience with closet storage and reduce waste from damaged clothing.
2. Retail - Retailers can partner with designers to produce exclusive magnetic hangers that appeal to eco-conscious and fashion-savvy consumers, offering a unique solution to a universal problem.
3. Sustainable Manufacturing - Manufacturing companies can capitalize on the opportunity to produce eco-friendly hangers using innovative and sustainable materials, promoting a circular economy and reducing the industry's carbon footprint.