Specifications:

• Color: Dove Grey 
• Material: Velvet, ABS Plastic, Metal Hook 
• Size of Each Hanger: 16.9"W x 8.7"H (43 x 22 cm) 
• Total Weight of 50 Hangers: 8.2 lb (3.7 kg) 
• Max. Static Load Capacity per Hanger: 11 lb (5 kg）

Description:

These velvet hangers feature clever shoulder notches designed to securely hold thin-strapped garments like camisoles and dresses, preventing slips and tangles. The soft velvet surface is gentle on delicate fabrics, reducing slipping and creasing to keep even silky clothes wrinkle-free. With a slim profile measuring just 0.2 inches thick, these hangers save up to 30% more closet space compared to traditional wooden hangers. Made from strong ABS plastic, each hanger supports up to 11 lbs, easily handling heavy jackets, sweaters, and more. Equipped with a 360° swivel hook, they offer effortless adjustment for convenient hanging and access to your wardrobe essentials.

Key Features

• Clever Shoulder Notches] Our coat hangers, with shoulder notches, are designed to hold clothes with thin straps like camisoles and strap dresses, preventing them from slipping off and ending up in a tangled mess on the floor.
• Anti-Slip Hangers] The velvet surface on these hangers is gentle on delicate fabrics and helps prevent slipping and creasing, ensuring even silky clothes stay securely in place and maintain a wrinkle-free appearance.
• Space-Saving Hangers] These hangers for clothes, which are only 0.2 inches (0.6 cm) thick, take up 30% less space than wooden hangers, making them a great option for maximizing closet space.
• Strong Support] These 50-pack hangers are constructed with strong and durable ABS plastic. Each clothes hanger can hold up to 11 lb (5 kg), making them ideal for hanging your heavy jackets, sweaters, and other clothing items with ease.
• Swivel Hooks] Our velvet hangers feature a 360° swivel hook that allows for the easy adjustment of clothing direction, making hanging and accessing clothes a breeze.

Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.