Micropocket spring supply
Production of high-density pocketed micromolles
We provide a high-level micropocket spring supply, ideal for the production of high-end mattresses that stand out for technological innovation and advanced performance and for adjustable bases, thanks to the springs that compose it.
The micropocket spring system, or pocketed micromolle spring system, is a mattress support system composed of springs individually pocketed in fabric pockets. The "micro" characteristic in "micropocket" indicates the reduced size of the springs compared to traditional pocket spring systems.
Our high-density pocketed spring system, characterized by differentiated support in 3, 5 and 7 zones, provides personalized support. With over 600 springs per square meter, made with high carbon content wires with diameters between 1.20-1.30-1.40-1.50 mm, we guarantee optimal distribution of body weight over specific areas of the mattress.
This zoned design aims to provide more precise support to different parts of the body, reducing pressure points and improving overall comfort.
The structure of individually pocketed springs allows the springs to work independently of each other, reducing the transfer of movement from one part of the mattress to another.
The characteristics of the micropocket spring supply and why choose it
The micropocket spring system has key characteristics that make it a distinctive choice for mattress support systems. Choose it for:
- individually pocketed springs - each spring is enclosed in a fabric pocket, allowing independent movement and reducing the transfer of movement from one part to another;
- high density of springs - the high number of springs per square meter offers a greater number of support points, improving weight distribution;
- greater elasticity - thanks to the structure composed of smaller and more numerous springs, the micropocket spring system has superior elasticity as the springs respond more sensitively to movements
- non-deformable and long-lasting support - the springs maintain their resistance and durability over time, ensuring constant and reliable support.
