Good Sleep Bedding 1000 Thread Count 100% Egyptian Pillow Cases, Long-Staple 100% Cotton, Sateen Weave 4 Piece Queen/Standard Ivory

Luxury Egyptian Cotton Pillow Cases Standard Size - Behold the highest quality best cooling pillow case that'll blow your mind! Crafted with 100% long staple egyptian cotton and an unstoppable sateen weave, these queen pillows cases retain softness for a lifetime. Along with this eco-friendly pillow cover, don't forget to grab our 100% egyptian cotton sheets for the ultimate match made in heaven!

Queen Pillow Cases Set of 4 - Get ready for pillowcase paradise! This set includes not one, but four pillow cases queen size measuring (20"W X 30"L) . The best part? These queen size pillow cases set of 4 cotton are super easy to clean and dry! Our highest quality materials ensure these egyptian cotton pillowcases standard size superior softness with regular washes and short dry cycles. It's a pillow party!

Cooling Pillow Cases - Prepare for a pillowcation in luxury land! Our premium extra-soft pillow cases queen size set of 4 offer an experience like no other. It's like sleeping on top-rated hotel pillow cases! The breathable fabric makes these pillow covers standard size tackle sweats easily. The sateen weave takes these Ivory cotton pillow cases to a whole new level of silky, soft goodness. It's almost like sleeping on satin, but way cozier!

Unstoppable Durability: Meet the hulk of pillowcases! Our authentic Ivory pillow cases set of 4 boasts an impressive 1000 thread count with a sateen weave, delivering the durability of hotel pillowcases. These 100% cotton pillow cases can handle anything you throw at them (figuratively, of course). Prepare for pillow fights and snooze marathons with confidence!

Embrace the Beauty of Variance! - At Good Sleep Bedding, we believe in the uniqueness of your individual experiences. While we do our best to showcase the vibrant colors of our sheets in product images, we want to emphasize that the actual color may exhibit slight variations. These deviations are primarily attributed to the diverse lighting conditions during photography and the variance in individual screen settings.