Lover's Lane: Taylor Swift Beanie It's A Taylors Thing Hats
Lover's Lane: Taylor Swift Beanie It's A Taylors Thing Hats
Stay warm and stylish with our exclusive Taylor Swift beanie. This cozy knit hat features a unique design inspired by her iconic album, "Lover."
Made from soft and comfortable acrylic material, this beanie is perfect for cold weather. The ribbed knit design adds a touch of texture, while the subtle Taylor Swift-inspired details make it a must-have for any fan.
Whether you're attending a concert, running errands, or simply enjoying a winter day, this beanie is the perfect way to show your love for Taylor Swift. It's also a great gift for any Swiftie in your life.
Key Features:
- Unique design inspired by Taylor Swift's "Lover" album
- Soft and comfortable acrylic material
- Ribbed knit design
- Perfect for cold weather
- Great gift for Taylor Swift fans
Order your Lover's Lane beanie today and stay cozy in style!
SPECIFICATIONS
Brand Name: Lizard Vigilante
Material: Acrylic
Department Name: ADULT
Origin: Mainland China
CN: Fujian
Model Number: 1
Applicable Scene: outdoor
Hign-concerned Chemical: None
Gender: Unisex
Feature: Keep warm
Applicable Season: winter
Item Type: Skullies & Beanies
Style: Casual
Choice: yes
semi_Choice: yes
【 Material Description 】100% acrylic fiber
【 Product performance】High quality acrylic fiber, soft and skin-friendly, lightweight and warm, elastic, will not bring a sense of pressure to your head, in the cold winter, to bring you warm protection.
Suitable for home or outdoor activities, not only warm, but also a good accessory.
Washing Instructions: It is recommended to wash by hand, do not dry, do not bleach
【 Special Note】 This size data due to different measurement methods, error within 1-2cm is a normal phenomenon.
Note: Due to the large elasticity of the hat, pulling hard may cause the pattern to break, especially the thin pattern, please do not design the thin pattern.
The hot stamping process will lead to slight ironing marks on the pattern surface, which is a normal phenomenon.