Avilo Anatomical Sculpted Oval Donut Memory Foam Seat Cushion - Black

Currently unavailable

Currently unavailable
The Avilo Anatomical Sculpted Oval Donut Memory Foam Seat Cushion is designed for office professionals, students, or anyone spending extended periods at a desk who seeks relief from pelvic and lower back pressure. By utilizing high-density memory foam that contours to your specific frame, this cushion promotes healthy posture and even weight distribution; however, users should note that the sculpted design requires a specific sitting orientation to remain effective throughout the day.
| Colour | Black |
|---|---|
| Model Part Number | L182007 |
| Brand | Avilo |
It is designed for most flat or standard office and home chairs. It may not provide the same benefits on highly irregular or severely rounded surfaces.
The cushion weighs 0.5kg, making it very easy to carry between locations.
While all memory foam can retain some body heat, the open design and ergonomic structure help with airflow compared to solid seat pads.
The product is designed to be spot-cleaned. Please refer to the care label for specific instructions to maintain the fabric quality.
The cushion has a height of 8cm, providing a supportive lift that encourages upright posture.
High-density foam is heat-sensitive; it will soften as it absorbs your body heat after a few minutes of use.
Ensure the surface of your chair is clean and dry. If it continues to slide, consider a thin non-slip mat underneath.
Memory foam is designed to rebound; allow the cushion to 'breathe' overnight to fully regain its structure.
To set up the cushion, simply place it on your chair with the cut-out section facing the rear to ensure it aligns with your coccyx. It is compatible with most standard office, dining, and car seats. To care for your cushion, avoid using harsh chemicals; spot clean the cover with a damp cloth and mild soap if needed. Ensure the foam is kept in a dry environment to maintain its structural integrity and avoid placing heavy, sharp objects on the surface for extended periods, which could leave indentations in the high-density foam.