Bianca Anti Allergy Duvet - 4.5 Tog - Single


Currently unavailable


Currently unavailable
The Bianca Anti Allergy Duvet is designed for individuals who suffer from sensitivities to dust mites, bacteria, and fungi, offering a hypoallergenic sleep solution that doesn't sacrifice comfort. Featuring a high-quality 180 thread count cover and Aegis-treated microfibre filling, this duvet ensures a soft, breathable, and protected sleep environment. While it is perfect for warmer months due to its lightweight 4.5 Tog rating, it may require an additional blanket during colder winter nights to maintain optimal warmth.
| Model Part Number | X2GE9 |
|---|---|
| Brand | Bianca |
It is primarily designed for warmer weather. Most users would find it too thin for use during the winter months.
Aegis is a specialized antimicrobial treatment applied to the filling that helps prevent the growth of bacteria, fungi, and dust mites.
Yes, provided your machine has enough capacity to wash a single duvet comfortably without straining the motor.
The duvet features a 180 thread count cover, which is designed for softness and durability.
The duvet is constructed to resist clumping; however, ensure you tumble dry on a low setting or air dry completely and shake it out to redistribute the filling.
Shake the duvet vigorously and allow it to sit in a warm, ventilated room for a few hours to regain its natural loft.
Ensure you are using a breathable cotton duvet cover, as synthetic covers can trap heat and inhibit the airflow properties of the microfibre.
To get the best performance, shake the duvet well upon unpacking to allow the microfibre filling to expand fully to its designed loft. It is compatible with any standard single duvet cover. For care, this duvet is machine washable. Follow the care label instructions to maintain the integrity of the Aegis treatment; use a gentle cycle with a mild detergent. Ensure the duvet is thoroughly dried after washing—preferably in a large-capacity dryer or air-dried in a well-ventilated area—to prevent dampness from affecting the internal fibres.