A mattress is a mattress is a mattress. Or is it? A deep dive into the world of mattresses...
Kids play, eat and grow. And we need to support their growth as best we can. A great mattress is essential, especially for our little ones, since they sleep almost 12 hours per day! So it is imaginable how important it is to optimize all circumstances to have a solid time of shut-eye. Because the world of children’s mattresses is a jungle (and you might even get tempted to opt for a low price, so-so option), we decided to present to you only the best mattress option for little children. We chose a hybrid foam mattress and this choice was founded on three pillars:
- Support, comfort
- Regulation of body temperature
- Hygiene
A hybrid foam mattress follows the body-contours and thus offers support for the entire body.
This mattress is zone-free: zone free mattresses are the best for the tiny crew up to +- 11 years.
Hybrid foam does a great job regulating body temperature. Children’s bodily thermostat is not yet fully developed, causing to drain more energy to keep it steady. Latex might be too warm, whereas pocket mattresses tend to be too cold. Hybrid foam keeps it just right.
And, last but not least, Hybrid foam is super-duper clean. And we love that! With pocket mattresses, dust and other nasties can easily settle into nooks and crannies, whereas Hybrid foam stays clean and is hypo-allergenic as a result. Ventilation is another great feature of cold foam. YAY for Hybrid foam.
PETIT PUK children’s Hybrid foam mattresses are made in the Netherlands, have a core of 12cm thick, high-quality cold foam (even more details below). The mattress comes with a 200g/m2 cover quilted on a 200g polyester fleece lining. The cover is zip-off detachable (super handy and super clean!). The total thickness results in around 14cm.
Hybrid foam
Hybrid foam combines the best of both traditional, strong polyether foam and the resilience of cold foam. Based on advanced technology, this innovative foam is known for its high density and excellent durability, allowing you to enjoy uninterrupted comfort throughout the night.
The extraordinary resilience of this foam provides excellent support and ensures exceptional sleeping comfort. Moreover, hybrid foam is lightweight, which makes it particularly suitable for mattresses in caravans and motorhomes.
Here are the main features of hybrid foam:
During the production of the foam, the cells are opened to the maximum extent, creating a foam with an extra open cell structure, which provides excellent ventilation.
The high resilience of hybrid foam provides a high level of comfort and support even at low densities (quantities of raw material).
Hybrid foam is durable and retains its shape and properties even over the long term. It retains its hardness and shape very well.
Loss of hardness and shape is minimised with hybrid foam.
This type of foam offers an extremely pleasant and comfortable feel and scores excellently on properties such as elasticity and tensile strength.Hybrid foam
Hybrid foam combines the best of both traditional, strong polyether foam and the resilience of cold foam. Based on advanced technology, this innovative foam is known for its high density and excellent durability, allowing you to enjoy uninterrupted comfort throughout the night.
The extraordinary resilience of this foam provides excellent support and ensures exceptional sleeping comfort.
Here are the main features of hybrid foam:
- During the production of the foam, the cells are opened to the maximum extent, creating a foam with an extra open cell structure, which provides excellent ventilation.
- The high resilience of hybrid foam provides a high level of comfort and support even at low densities (quantities of raw material).
- Hybrid foam is durable and retains its shape and properties even over the long term. It retains its hardness and shape very well.
- Loss of hardness and shape is minimised with hybrid foam.
- This type of foam offers an extremely pleasant and comfortable feel and scores excellently on properties such as elasticity and tensile strength.