Nano Energizer is a ceramic platinum coating which lines engine surfaces. With this coating the efficiency of an Internal Combustion Engine can be increased. It comes in the form of a sachet that is added to the engine oil of any internal combustion engine such as:
Nano spherical ceramic powder manufacturing, Platinum coating technology and nano dispersion & absorption technology developed by Korea NanoTech Institute.
The combination of Platinum coated ceramic nano powder has great advantage for engine restoration with endurance of high temperature, humidity, superior lubrication and great combustibility without side-effect.
The restoring ability could be well harmonized with platinum coated nano ceramic powder.
The uniquely developed platinum coated ceramic is 20 times stronger than steel and Platinum is helpful for great combustibility & powerful engine.
Restoring Process of Nano Energizer Excellent Ceramic coating nano ceramic powder mixed with engine oil restores worn-out parts of engine.
Cracked parts have high electric potential and charged particles are moved selectively into cracked parts.
Tight platinum metallic cohesion is conducted by heat and pressure. After restoring, cracked parts of engine is recovered and nano powder forms lubricant membrane on inner wall of engine.
After injection of Nano Energizer AIO, ceramic coating on engine metallic surface will be applied from 400 Kms (for bikes), 1200 Kms (for cars) and 3000 Kms (for heavy vehicles) run and feel great effect: power increase, smooth, noisy drop and smoky stop & fuel saving.
After running 400 Kms (for bikes), 1200 Kms (for cars) and 3000 Kms (for heavy vehicles) upon injection of Nano Energizer, freely you can change engine oil. Because, perfect ceramic coating process within 1,500km run will be already completed on engine surface.
The effect of Nano Energizer will be continued up to 40,000 Kms with just one injection of Nano Energizer AIO.A single Injection ensures a powerful engine with smoother, quieter, more economical operation.
Benefits:
- Higher efficiency of the engine is reflected in improved performance such as:
- Reduced fuel consumption
- Increased power output
- Reduced noise and vibration
- Reduced oil burning
- Reduced air pollution
The ceramic material used for the engine coating needs to have a low thermal conductivity and a high temperature stability, matched with thermal expansion which then bonds with the metal of the engine.
