Magniflex Cover Fabrics

MERINO WOOL Wool from Merino sheep has been long sought after in fabrics because its superfine fibers are soft to the touch. The wool’s inherent chemical and physical properties to absorb moisture and enhance comfort in both hot and cold weather makes it a unique and preferred fiber for numerous non-apparel applications. Wool is breathable, as well as insulating. Air circulates through the fiber while repelling water. However, when the fiber becomes wet, the crimp in the fiber increases allowing vaporized moisture and perspiration to pass through the fiber mat. As a sleeping surface, Merino wool provides a constant humidity and temperature, which are indispensable to healthy sleep.
COOLMAX FABRIC Dupont’s Coolmax® fabric is an engineered performance fabric that regulates the body’s core temperature by quickly and effectively wicking moisture away from the skin to the top surface of the fabric. When you sleep, your skin perspires. With Coolmax®, air passes through the fabric and moisture disperses on the surface, keeping you comfortable and dry.
LENPUR FABRIC Lenpur is a new patented cellulosic fiber, produced by Teximpro from trees cultivated solely for this purpose. The new fiber is similar to viscose (rayon) fiber. However, Lenpur® is more absorbent and softer than viscose, with the ability to release moisture easily. The fiber has natural anti-odor properties. These properties combine to ensure a dry, soft, and odor-free sleeping surface.
ARGENTO SILVER FABRIC The use of silver for its therapeutic benefits goes back to the early Romans. As a natural anti-microbial, silver has been used in wound and burn therapy. Silver has also been proved to be effective in combating odor-causing bacteria. In a mattress, silver conducts static electricity away from the body and is an effective heat transfer agent. Heat is dissipated and radiates off the surface of the ticking. In fact, silver has the highest electrical, thermal, and infrared conductivity of any of the elements.
CORN FABRIC Made from one of the most cultivated and abundant plants, corn fiber (mais) was the first fiber to be synthesized from an annually renewable resource. By fermenting corn sugar into lactic acid, which in turn is converted to polylactic acid resin, corn is spun into fiber. With properties similar to petroleum-based synthetic fibers, mais fiber does not contribute to greenhouse gases and is totally biodegradable.

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