ITEM OF SPECIFICATIONS WARM WELLNESS FRAME RADIATION HEATING SYSTEM Supply of radiant panel using a radiant molecular vibration system with uniform heat transmission at a frequency of 9 microns over the entire surface. The Frame panel consists of a thin metal casing inside which the Caldobenessere technology is installed, and which guarantees excellent heat diffusion and energy efficiency capable of heating closed areas from 6 to 14 m2 with a single panel 1. Product description The polymer modified at the nano-metric level that composes it is formed by purified microcrystalline particles specially modified to obtain the molecular vibration at the fantastic frequency of 9 microns. The resulting material is more durable than steel, lighter than aluminum and its ability to transmit vibration makes it a suitable material for heating with better performance than products composed of water pipes, copper cables or fiber carbon. Its qualities of thermal stability, corrosion resistance, fatigue resistance and stable molecular structure guarantee its undisputed excellence among infrared heating systems. With the stimulation of the electrical impulse, the nano polymeric molecules, once fully operational, carry out the so-called "Brownian motion" in the hot components, thus producing heat mainly due to the blow that generates infrared at a given frequency and to a small extent due to the friction of the molecules that are mutually generated between them. If we purely applied the mathematical formula, the conversion rate of electrical energy into TRANSFORMATION to heat is over 98% without taking into account the much more effective external heat transfer in the form of infrared radiation at 9 microns, which penetrates up to 2.5 cm below the skin, enveloping you like a warm embrace. 2. Composition of the Structure FRAME is a panel consisting of four parts: A - The heating system which is the main part of the heating is composed of the Nano metric Polymer on the cold edge. B - The main insulation system is composed of high-performance low-thickness material that effectively prevents the heat produced by the system from dispersing towards the external walls, transferring it towards the internal direction. C - The temperature control takes place mainly in a self-regulated way by its molecular structure which prevents it from exceeding a given temperature, but in order to reflect the most severe safety standards against overheating, it mounts a thermostat sensitive to the change in internal temperature which intervenes if the structural safety temperature is exceeded due to external causes. D - The electric circuit consists of a 1.5 mm power supply line, built with a shielded silicone cable,
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