Viscoelastic introduction
Viscoelastic is an innovative synthetic material that combines the properties of viscous solids and elastic materials. Initially developed by NASA in the 1960s to simulate essays in zero gravity environments, this material has found applications in a wide variety of sectors, including products for rest, health and well -being.
With a density of 70 kg/m³, this material stands out for its unique ability to adapt to body shape, distribute the weight uniform and reduce pressure points. In addition, it is sensitive to temperature, which means that it adapts even better to the shape of the body when it is in contact with it. Viscoelastica also has a “memory effect”, allowing the material to slowly recover its original form after being under pressure. Thanks to these properties, viscoelastic is highly valued in the manufacture of mattresses, pillows, cushions and orthopedic products, providing unique support and comfort. In addition, its resistance to dust mites and other allergens makes it a hypoallergenic option for those who suffer from allergies or sensibilities. In summary, viscoelastic is a revolutionary material that has transformed the way we experience rest and comfort, improving the quality of life of millions of people worldwide.
Viscoelastic characteristics 70 kg/m³
The distinctive characteristics of viscoelastic materials make them ideal for a
wide range of applications. Some of the most notable characteristics of viscoelastic
include:
1. Adaptability: viscoelastic adapts to body shape, distributing the weight uniformly and reducing pressure points. This allows greater comfort and relief for the body during the break.
2. Sensitivity to temperature: viscoelastic is sensitive to the heat of the body, which means that it softens and adapts even better to the shape of the body when it is in contact with it. This property improves the ability of the material to provide support and relieve pressure.
3. Memory effect: viscoelastic materials have the ability to slowly recover their original form after being under pressure. This is known as "memory effect" and allows the material to adapt and adjust to the body's contours effectively.
4. Reduction of movement transfer: viscoelastic absorbs movement instead of transferring it, which means that the movements of a person will not affect another that shares the same surface, as in a bed. This results in a quieter dream without interruptions.
5. Durability: Viscoelastic materials are generally durable and wear resistant. This makes them a long -term investment, since they maintain their properties and characteristics over time.
6. hypoallergenic: viscoelastic is resistant to dust mites and other allergens, which makes it appropriate for people with allergies or sensibilities.
These characteristics make viscoelastica popular in products for rest, such as mattresses, pillows and cushions, as well as in medical applications, such as orthopedic supports and prostheses.
HR INTRODUCTION Density
High density HR is an innovative material specifically designed to be the basis of most of our mattresses. Because? Because
Combine resistance, durability, breathability and, most importantly, efficiency, to guarantee adequate and healthy rest for the back
This high density material is essential in the structure of a mattress, since it provides the firmness necessary to maintain a correct alignment of the spine during sleep. Thus, long -term health and health problems related to a position are avoided
Inadequate.
In addition to its excellent resistance and durability, high -density HR is also characterized by breathability. This property allows air circulation through the mattress, avoiding moisture accumulation and providing a fresh and dry atmosphere to sleep.
The efficiency of the high density HR lies in its ability to adapt to the needs of each sleep, offering optimal support without
compromise comfort. This combination of characteristics makes it the ideal base for a mattress that promotes a repair dream and
healthy.
In summary, high density HR is an avant -garde material that becomes the perfect base for most of our mattresses, thanks to their resistance, durability, breathability and efficiency. Its firmness guarantees adequate rest for the back, contributing to a healthy and comfortable dream.
HR features High density
The HR, or high resile polyurethane foam (High Resilience), is a material used in the manufacture of mattresses and other rest products due to its notable characteristics and properties. Some of the most outstanding features of the HR include:
1. High resilience: HR foam has an exceptional capacity to recover its original form after being under pressure, which makes it more durable and drag resistant compared to conventional foams.
2. Firmness and support: The HR offers firm and balanced support for the body, uniformly distributing weight and reducing pressure in sensitive areas such as shoulders, hips and back. This allows to maintain adequate posture during sleep and favors a repair break.
3. Adaptability: HR foam adapts to body shape, providing a personalized contour that fits each sleeping. This guarantees greater comfort and pressure relief.
4. Breathability: The open cellular structure of the HR allows a good air circulation, which facilitates the dissipation of heat and humidity. This contributes to a fresh and dry rest environment.
5. Durability: HR foam is known for its resistance and ability to maintain its properties over time, which translates into a prolonged useful life and a long -term investment.
6. Hypoallergenic: HR is a hypoallergenic material, which means that it is less prone to house dust mites, bacteria and other allergens. This makes it an adequate option for people with allergies or asthma.
