The Spring Air Isabel 13" Pillow Top Hybrid mattress is part of the Back Supporter Hybrid Collection, engineered to provide plush pressure relief while promoting a cool, undisturbed night's sleep. The soft pillow top features Phase Change Technology that adapts to your body temperature for a refreshing sleep surface, while breathable Gel Comfort Memory Foam helps disperse heat and ease pressure points. A dual-gauge spring unit provides zoned support with firmer coils in the center third for enhanced lumbar reinforcement — making it a top choice for side and back sleepers.
Best For
Side and back sleepers who want a plush-feel mattress with cooling gel foam, motion isolation, and zoned coil support. Also ideal for couples needing low motion transfer and reinforced edges.
Key Features
- Pillow Top Comfort: Soft, contouring surface provides cloud-like pressure relief for shoulders and hips.
- Phase Change Quilt: Actively regulates surface temperature for a cooler, balanced sleep environment.
- Gel Comfort Memory Foam: Increases airflow and helps relieve pressure while reducing heat retention.
- Back Supporter Spring Unit: Dual-gauge coils reduce partner disturbance and target lumbar zones with firmer support.
- Advanced Comfort Edge: High-density foam encasement reinforces the mattress perimeter for full surface stability.
- Motion Separation: Individually wrapped coils absorb movement across the surface — great for couples.
- Adjustable Base Compatible: Works seamlessly with all adjustable foundations available at LA Mattress Store.
- Durable Construction: Built for long-term comfort and consistent performance night after night.
Why Choose the Isabel Pillow Top Hybrid?
With soft pillow-top comfort and responsive zoned coil support, the Spring Air Isabel Mattress helps reduce tossing and turning while keeping your spine aligned. Whether you're upgrading your master bedroom or guest space, this hybrid offers an exceptional balance of plushness, cooling, and support — now available in-store and online at LA Mattress Store.