Until We're Dust Skeleton - Personalized Fleece Blanket - Halloween Gift For Couples - For Her Him

Until We're Dust Skeleton Personalized Fleece Blanket is a hauntingly beautiful Gift For Couples On Halloween. This cozy blanket features a striking skeleton design that captures the spirit of eternal love, making it a perfect addition to any spooky season decor. Customize it with names or a special date to create a unique and personal gift that celebrates love beyond the grave, ensuring chilly October nights are spent in warmth and style.

PRODUCT  FEATURES

• Best material: Plush polyester microfiber. This ultra-soft, reversible blanket is the perfect choice for curling up on the couch, relaxing under the stars, or taking a well-deserved nap.

• Perfect Experience: Good quality for your skin and healthy sleep. Excellent performance with no skin irritation, hygroscopic, ventilative, and anti-static. Besides, with a unique design, our blanket will bring customers distinct and luxurious experiences. Beautiful color, vibrant printing, even after washing. 100% superior microfiber polyester helps save your time with quick-drying and wrinkle-resistant features

• Widely Usage: These blankets are great for a picnic at the park, snuggling while watching TV, relaxing on the sofa, or as a stylish bedspread. Also great as a gift for friends or family. blanket offers all-season usability and a cozy yet breathable construction. Featuring a double-sided design that includes lush faux fur with fluffy sherpa on the reverse, the blanket looks and feels great, however, you choose to use or display it.
  

• Garment Care: Machine wash or hand wash. Tumble dry on low heat. Avoid direct heat. Do not use bleach.

SPECIFICATION

• Processing Time: 3 – 5 working days on average after payment and all designs updated correctly

• Shipping Time: 7 – 12 working days on average (US)

• Packaging: 1x Blanket

NOTE:

• Actual color may be slightly different from the image due to different monitor and light effects.

• Please allow 0.5-2 cm differences due to manual measurement.