Eucalyptus Silk Fitted Sheet
- In stock, ready to ship
Eucalyptus Fitted Sheets
Eucalyptus has a cool, silk-like feel and is highly breathable. It is naturally hypoallergenic and resistant to bacteria growth. What's more, Eucalyptus offers the same hair and skin benefits as conventional silk, making it the ultimate fitted sheet fabric!
And it isn't just only the amazing properties of Eucalyptus which make these fitted sheets stand out from the rest; ours are extra deep (38cm), so they fit even the thickest mattresses. The super strong, continuous elastic takes care of any excess, leaving a perfectly made bed.
Softer with every wash, Eucalyptus makes the perfect fitted sheet.
- 100% Eucalyptus Eco-friendly
- Super Silky 300 single-ply thread count
- Satin weave to enhance silky feel
- Mercerised for extra smoothness
- OEKO-TEX® Standard 100 certified
- Free from harmful chemicals
- Machine washable at 30° | Low Tumble Dry
- Extra Deep fitted sheets 15" (38cm)
- Elasticated all around for a perfect fit
Generous proportions. Our eucalyptus bedding is made oversized. This allows for the natural shrinkage (which is perfectly normal) after the first couple of washes. Once you have established you have bought the correct size, it is always best to wash before use to prevent bobbling.
Made in Portugal by the bedding masters exclusively for Linen Cupboard.
FREE MAINLAND UK DELIVERY ON ALL ORDERS OVER £50.
We use DPD to ensure speedy delivery. All UK parcels typically arrive within 3 working days (not including weekends and back holidays).
For overseas deliveries international rates apply.
WASH SEPERATELY!
- Machine washable at 40°
- Low Tumble Dry
KEEP YOUR BEDDING SMOOTH AND BOBBLE-FREE
Avoid contamination - bed linen looks better and lasts longer when washed separately. Washing sheets with items of clothing is the N°1 cause of bobbling. This is especially noticeable when the other items in the wash are darker colours or made from different fabrics. Zippers, buttons and other rough materials cause friction during the wash and the resulting abrasion leads to pilling.
