Step into a world of indulgent comfort with the Sealy Crown Jewel Response Pillowtop Plus (Plush) Mattress – a premium, high-performance mattress designed for those who prefer a softer, more luxurious sleep experience without compromising on support.

As one of the most advanced models in the Crown Jewel range, this mattress features Sealy’s enhanced Pillowtop Plus construction, delivering deeper layers of plush comfort that gently cradle the body. The result is a beautifully soft, pressure-relieving surface that helps reduce tension on key areas such as the shoulders, hips, and lower back.

At its core lies Sealy’s innovative Response spring system, engineered to adapt to your body’s natural shape and movements. Each spring works independently to provide targeted support, helping to maintain proper spinal alignment while minimising motion transfer — ideal for couples.

The plush comfort feel is particularly suited to side sleepers or anyone who enjoys a more cushioned, enveloping sleep surface. Beneath the pillowtop, multiple layers of premium comfort foams enhance durability, improve airflow, and ensure the mattress maintains its comfort and performance over time.

A luxurious quilted top panel adds an extra layer of softness while assisting with temperature regulation, helping you stay cool and comfortable throughout the night.

Designed with both comfort and longevity in mind, the Crown Jewel Response Pillowtop Plus (Plush) Mattress delivers a refined balance of soft comfort, advanced support, and premium craftsmanship — making it one of the closest experiences to Sealy’s top-tier luxury offerings.

Key Features:

• Pillowtop Plus construction for deeper, more indulgent comfort
• Advanced Response spring system for adaptive, targeted support
• Plush comfort feel – soft, cushioning, and pressure-relieving
• Premium comfort foams for durability, breathability, and long-term performance
• Luxurious quilted surface for added softness and temperature control
• Designed to support spinal alignment and reduce partner disturbance