Using the frequency vibrations of a specific wavelength can be induced into the target products. There is no need to add any minerals or powders, etc. that carry this specific vibration frequency.
Using the ascertained induction variables, the functionality, stability, and accuracy of products can be modulated according to the specific requirements of different products. Different values of photons can be induced into the products to achieve the best possible effect.
Safety and Reliability
Stability, Safety and Efficiency are our priority when we induce photons into the products. All our product samples have passed the third-party radiation safety test as well as emissivity test.
Unlimited Application Potential
Our induction technology can induce photons into an object (or product), thereby enhancing its performance. This mode of manufacturing is superior, and demonstrates great advantages over other methods used in producing energy products, both in the design and production processes, and particularly in large-scale industrial applications.
Ultra-Low Carbon Footprint
By leveraging the quantum effects in the design of our equipment, as well as the setting of our induction processes, we are able to manufacture large quantities of products efficiently, and minimize the demand on human resource and power consumption at the same time.
Advantages of our products processed by EEFIT® over other conventional energy products
|Characteristic||Conventional energy technology||EEFIT®|
|Free from harmful radiation||No||Yes|
|Flexible product application||No, must use energy powder, ceramic, or heated carbon fiber||Yes|
|Direct induction of photons into materials||No||Yes|
|Strength of photon emissivity can be calibrated||No||Yes|
|Photon emissivity will not be affected with the use of a different batch of mineral source||No||Yes|
|High stability in strength of photon emissivity in products||No||Yes|
|High photon emissivity at room temperature||Varies, some products require 50°c to emit enough photons||Yes|
|Environmentally friendly||No, ingredients will deplete natural resources||Yes|