
£8
+ additional colours and finishes available at Dunelm
* Cotton blended with Tencel Lyocell fibres * Sumptuously soft with temperature regulating properties * 200 thread count * Versatile plain design * Machine washable Add the final touch of sophistications to your bed with the Fogarty Temperature Balance Oxford Pillowcase. This pillowcase is expertly crafted from a sumptuously soft 200 thread count blend of Cotton with TENCEL™ Lyocell fibres. Beyond its beautiful feel, this fabric is prized for its advanced temperature regulating properties and naturally wicking capability, ensuring your head and neck stay cool and comfortable through the night. The Oxford border provides an elegant, tailored frame, elevating the appearance of your bed. Presented in a versatile plain design, it pairs seamlessly with any existing bedding. This durable and premium pillowcase is conveniently Machine Washable and is the ideal coordinating item to complete your Fogarty Temperature Balance collection. This collection is verified by OEKO-TEX® and independently tested for harmful substances as well as manufactured using sustainable processes under socially responsible working conditions. MADE IN GREEN by OEKO-TEX® is a unique product label to trace the countries and production facilities - search the product label for more information.
I love the Fogarty Temp Balance Cotton TENCEL pillowcase for its breathable and soft qualities, making it ideal for both winter and summer use. Its cool, silky texture works well in modern, minimalist interiors as well as more classic or Scandinavian-inspired schemes, adding a touch of understated elegance. Practical styling tips include pairing it with neutral bedding for a sleek look or layering with textured cushions in muted tones to create subtle contrast. Its simple, clean design ensures it complements a variety of colour palettes and interiors, while its natural fibres are great for maintaining comfort and freshness throughout the night.
Imani Lewis
Flitch Interior Stylist
Dimensions can be found on Dunelm's website here