Cashmere Earmuffs Cute Plush Faux Ear Warmers Antler Foldable Ear Covers for Winter Women Girls Children Outdoor

1) Our Ear Muffs are made of faux material offers extra warmth & insulation The Ear Muffs are ultra-soft and thick-padded, so your ears stay warm while protecting you from the cold.

2) 2) Unique Deer Antler Shape design, very convenient to carry and keep. Available in various colors that are suitable for all occasions.

3) One size fits all most, diameter about 5.5inch. If you find that it is not fluffy enough when you receive the item, You can put these earmuffs shake vigorously, then it will soon become plump and beautiful; Pair off with your favorite winter Outfit.

4) Occasions: The faux Earmuffs is super soft, warm and comfortable, the perfect accessory for cold weather. It's an excellent choice for Gifts or Your Dressing, A wonderful Women Ear Warmers for wearing in winter while skiing, riding, and hiking, morning running, outdoor work, camping, or any outdoor sports and activities.

Specification:

Product Name: Winter Warm Ear Muffs

Material: Faux Material

Style: Deer Antler Shape

Color: As pictures shown

Size: One Size, diameter about 5.5inch

Suitable for head circumference: 55-60cm

Suitable for the crowd: adults 10 years old and above

Important Reminder:

Due to the squeeze of packaging and transportation, the plush will be flattened. When you receive it, you can pat it hard or blow it with a hair dryer and the fluff will become fluffy and smooth. Also, it can blow away the lint left by the . Please that the earmuffs may have a little bit of hair loss, which is a normal phenomenon of artificial plush, not a quality problem. Thank you for your understanding.

Package Included:

1*Ear Muffs

Notes:

1.We provide you with the best product and service. If you have any problem, please us know, and we will solve the problem ASAP. Thank you so much.

2.Due to the light and screen difference, the item's color may be slightly different from the pictures.

3.Please allow slight dimension difference due to different manual measurement.