Key features:
Independent Pocket Spring unit – a unit of independent springs in which each spring is placed in a separate textile pocket and flexes independently of the others. This ensures even pressure distribution across the body and targeted spinal support.
Spring Foam – a practical hypoallergenic material that is both resilient and elastic. It combines anatomical and orthopedic properties and is highly durable. It easily adapts to the contours of the body and quickly regains its original shape after compression. It enhances the orthopedic properties of the mattress and makes the product even more comfortable.
Coconut coir – an elastic, durable, hypoallergenic eco-material that allows air to circulate freely. It provides additional firmness to the sleeping surface and increases the product's resistance to heavy loads. If you are looking for a firm mattress, consider a model made with coconut coir.
Jacquard – a natural, dense fabric that allows air to circulate freely and makes the cover highly wear-resistant, helping extend the product's service life. At the same time, jacquard is soft and very pleasant to the touch, making sleeping on such a mattress a true pleasure. The fabric is non-allergenic and completely safe for the human body.
Hypoallergenic siliconized fiber – adding this material to the mattress filling increases comfort for the sleeper and improves sleep quality.
Spunbond – an environmentally friendly nonwoven material with a high level of strength. It is lightweight, heat-resistant, and highly breathable. Thanks to these properties, spunbond is an essential element in the production of Homefort mattresses.
Thermal felt – a 3-4 mm thick layer that separates the spring unit from the other materials. Thanks to its density and strength, thermal felt ensures that the springs exert even pressure on the body. The mattress becomes more comfortable while maintaining the required level of firmness. Thermal felt consists of natural textile fibers bonded together using heat and pressure.
Hot melt – a modern technology for bonding padding layers using hot-melt adhesive. The adhesive is melted in a special container and fed under pressure into an industrial gun, after which it is sprayed in a web-like form. This adhesive is odorless, environmentally friendly, and completely safe for your health.
