By designing a molecular structure that accelerates the frequency and speed of collisions between atoms and free electrons, we induce ultra-fast collisions. This significantly increases the resonance effect by 2 to 3 times, maximizing the heating efficiency.

Power consumption is reduced to 1/2 to 1/3 compared to traditional methods

Emission of a large amount of far-infrared rays and anions using a high-temperature heating method ranging from 150°C to 300°C, and up to 600°C (currently under development)

Far-infrared rays are transmitted over long distances due to wavelength resonance

Manacos alloy heating cable is made from a special alloy yarn, created by fusing and melting various metals.

It is structurally designed to have a consistent resistance value per unit length, which fundamentally eliminates localized overheating or uneven resistance values.

There is no fundamental overheating caused from local overheating or resistance value ununiformity.

Even if multiple heating elements are created, they all consume the same amount of power.

Achieves diameters of 0.05mm to 0.1mm with insulation (silicone and Teflon coating achieves less than 1mm)

Offers semi-permanent usability compared to traditional nichrome/carbon heating wires

Features excellent waterproofing capabilities, allowing for long-term use even with frequent washing and bending