Features: SILICONE MATERIALThese earphones straps are made of silicone, a flexible material with a high tensile strength, and they are super lightweight and accidental pulling will not cause the strap to break. COMFORTABLE TO WEARBecause its material is soft enough that it won't rub against your skin when you wear it, and the silicone strap can fit the curve of your neck well, it's great for portability and all-day comfort. ANTI-LOST STRAPEarphones straps with built-in magnets will prevent earphones from getting lost and dropped. Your earbuds simply hang around your neck as they slide out of your ears. You can hang it around your neck without any burden when the headset is not connected. EAR HOOK COVERThese ear hooks covers are designed to keeps earphones from falling out and getting lost, especially when in sports and rigorous activity, keeping away from the hassle of constantly adjusting your wireless earphones. WIDE USEMusic and exercise are the best companions, the anti-lost strap is suitable for running, dancing, working out, yoga and a variety of other strenuous sports and workouts. Now you can enjoy music and exercise without worry. Description: You will receive 2pcs x earphones straps, 4 pairs x ear hook covers and 1 x clip. They are designed to keeps earphones from falling out and getting lost. These earphones straps and hook covers are made of silicone, a flexible material with a high tensile strength, lightweight and comfortable Music and exercise are the best companions, the anti-lost strap is suitable for running, dancing, working out, yoga and a variety of other strenuous sports and workouts. Specifications: Earphone straps material: Silicone Color: Black (1pc), white (1pc) Size: (Approx)(L) 70cm/27.56inch Ear hook cover material: Silicone Color: Black (2 pairs), white (2 pairs) Package Included: 2pcs x Earphones straps 4 pairs/8pcs x Ear hook covers 1pc x Clip Note: 1. Due to the light and screen difference, the item's color may be slightly different from the pictures. 2. Please allow 0.5-2 cm differences due to manual measurement.