Description
Technical characteristics of EMF Shielding Fabric:
This fabric is one of the most recent innovations in a combination of metalized nylon and cotton fabric (cotton and silver fibers) with the following compositions:
45% cotton (Cotton fiber is Gossypium), 20% polyester and 35% silver fiber.
The silver used in this fabric is also silver jewelry type that melted out by using sophisticated technology to produce silver fibers. The combination of these two natural substances improves the performance of these fabrics in applications of electromagnetic shielding clothes with antibacterial, antifungal and anti-odor properties.
Advantages of EMF Shielding Textile:
EMF Shielding Fabrics Washing Instructions
EMF Shielding Fabrics
In the case of TENCEL fabrics:
This fabric consists of the Eucalyptus or Cotton fibers which is similar to cotton fibers and much smoother surface than all threads, due to its nanostructures.
When TENCEL fabric is washed, the smooth surface of the fibers prevents the lime residue from staying on the textiles and thus maintains its luminosity. After several times, washing the fabric of the TENCEL is still transparent and retains its color and texture, while in the case of other fibers this is not the case, and after exposure to erosion and washing several times the fabric structure is not recognizable and its color also changes very much.
Because of the nano-specific feature of the tannin fiber, it is able to transmit moisture well. In tannin fibers, there are channels in its structure that can easily absorb moisture and transfer it to the outside and create an optimal mode of moisture transfer. And so in a climate of excessive body transpiration, it transports body moisture to the open air and, where the skin is dry, moisture transfers the environment to the body, this kind of fabric gives a better feel.
Properties of silver in EMF Shielding Fabrics: Silver metal has anti-infectious or antibacterial properties. Of course, silver disinfectant properties were known from the past. For example, putting silver jewelry on wounded wars, or keeping milk and dairy in silver cases of anti-bacterial properties of silver. But the shrinkage of silver ion particles will increase the silver surface, and thus increase its reactivity. So coating the silver on fibers, in addition to creating anti-electromagnetic properties, creates antiseptic properties in the fabric which bacteria and fungi cannot grow and proliferate.