Metis pocket spring mattress 16 cm H3

The Metis mattress features pocket springs with a height of 16 cm. The hardness of both the top and bottom sides of the mattress is H3 (medium firm).

Mattress construction: 

1. Premium quilted cover 200g/m²

Antiallergic with a membrane structure, made of the highest quality first-grade hypoallergenic materials. They ensure exceptional softness, freshness, as well as extraordinary comfort and satisfaction of use. The cover has a sewn-in zipper, which allows it to be easily removed for washing.

2. T25 polyurethane foam - 2cm 

High-quality foam with high resistance to deformation and indentations. It provides proper cushioning for the body shape. Flexible and resilient with a breathable structure.

3. Upholstery spacer

Natural felt is used to separate the spring layer from the foam layer, thereby strengthening the construction of the mattress and significantly extending its lifespan.

4. Zoned pocket springs – 12 cm

Thanks to zones of varied hardness, it ensures an ergonomic body position during use. The independent operation of the springs eliminates the effect of a large mattress surface bending when pressure is applied to a small area. This provides comfort during rest, as any turning or tossing is not felt by the other person. 

We use certified and approved raw materials for the production of our mattresses.  

Oeko-Tex® Certificate

The mattress is Oeko-Tex® certified, guaranteeing that all materials used in its production are free from harmful substances that have a negative impact on health. The certificate covers the entire finished product, unlike other sellers where it applies only to individual components.

Take care of your spinal health.

A properly selected mattress allows us to regenerate, relax, and make effective use of our nightly rest. The firmness of the mattress should be adapted to the weight, height, and individual preferences of the person sleeping on it. A well-chosen mattress helps relieve the spine, ensures proper circulation, and allows muscle relaxation during rest.