Zoma Boost Hybrid Mattress: A Data Driven Review

Rigorous Performance Assessment

A mattress is only as good as its performance. The Zoma Boost Hybrid Mattress shines in every test, ensuring sleep that is both sound and satisfying.

Comfort Index: Plush yet Firm

This mattress is characterized by a medium-firm feel, making it an ideal choice for most sleepers. The plush comfort layer cradles your body, while the firm base layer provides adequate support, ensuring a balanced sleeping surface.

Pressure Point Relief: Optimized Distribution

The gel memory foam, Reactiv™ layer, and pocketed springs collaborate to distribute your weight evenly, reducing pressure on joints and facilitating healthier blood circulation.

Heat Dispersion: Cool Throughout

The Zoma Boost Hybrid Mattress excels in temperature regulation. The gel-infused memory foam dissipates body heat while the pocketed spring layer promotes airflow, guaranteeing a cool sleep experience.

Edge Support: Consistent Support Across

The robust pocketed spring system reinforces the mattress’s edges, eliminating any risk of sagging. This not only extends the mattress’s usable surface but also contributes to its longevity.

The Competition: A Clear Standout

In the competitive landscape of hybrid mattresses, the Zoma Boost Hybrid Mattress has emerged as a definitive front-runner. Its superior design and performance outrank many competitors in terms of comfort, pressure relief, and temperature regulation. 

When it comes to the cooling properties of graphite-infused foam and gel-infused foam, it’s a close competition as both types are designed to mitigate the heat retention problem typically associated with traditional memory foam.

For me, the addition of graphite foam tipped the saled in Zoma Boosts favor for an advantage over other mattresses with gel foam for cooling.

Graphite-infused foam utilizes the natural thermal conductivity of graphite, a mineral known for effectively drawing heat away from the body, creating a cooler sleep surface. It’s known to perform exceptionally well in dissipating heat throughout the foam structure and can lead to a cooler sleep experience over extended periods.

On the other hand, gel-infused foam uses gel particles that can absorb heat, providing a cooling effect. The cooling abilities of gel-infused foam are highly effective initially, as the gel absorbs body heat, but over time, if the gel becomes saturated with heat and cannot disperse it quickly enough, it may not feel as cool.

Overall, both types of foam aim to provide a cooler sleep experience, and the difference in cooling performance might be subtle and could depend on other factors such as room temperature, bedding, and individual body heat. However, based on the properties of the materials, graphite-infused foam might have a slight edge in providing sustained cooling effects throughout the night.