Experience next-level cooling and luxury comfort with the Brooklyn Bedding ThermoBalance LX Elite Mattress, a high-performance hybrid designed for sleepers who want advanced temperature control without sacrificing support.
At the core of this mattress is a triple cooling system, combining ThermoPhase™ foam, copper-infused memory foam, and a breathable airflow design to help regulate body temperature throughout the night. Phase change materials actively absorb and release heat, keeping your sleep surface consistently cool.
A layer of responsive Talalay latex adds a buoyant, pressure-relieving feel that gently lifts the body while reducing tension and improving comfort. Beneath that, individually encased coils and zoned lumbar support provide targeted reinforcement to promote proper spinal alignment and reduce pressure on the lower back.
The 360° airflow design and open-cell foams enhance breathability, ensuring continuous air circulation and a cooler sleep environment from edge to edge.
Available in multiple comfort levels, the ThermoBalance LX Elite is designed to accommodate a wide range of sleep styles:
- Soft: Ideal for side sleepers seeking deeper contouring
- Medium: Balanced comfort for combination sleepers
- Firm: Strong support for back and stomach sleepers
With its premium materials, thicker profile, and advanced cooling performance, this mattress is built for those who want a luxury sleep experience with cutting-edge temperature control.
Key Features:
- Advanced triple cooling system with phase change materials
- Copper-infused memory foam for cooling and antimicrobial benefits
- Talalay latex for responsive comfort and pressure relief
- Zoned lumbar support for proper spinal alignment
- Hybrid design with encased coils for durability and airflow
- 360° airflow construction for enhanced breathability
- Available in Soft, Medium, and Firm comfort levels
The Brooklyn Bedding ThermoBalance LX Elite Mattress is ideal for those who want premium cooling, elevated comfort, and targeted support—all in one high-end hybrid design.




