Reduce energy consumption, carbon emissions and heating costs quickly and easily!
The Magnatech Energy Saving System is suitable for oil, gas and LPG powered furnaces and water heaters, it's easy to install, it requires no downtime and is proven to save up to 15% on your bills, every year for life!Start Saving NOW!
The Magnatech™ System offers proven technology and savings.
Magnatech™ understands the importance of meeting energy efficiency targets to achieve a sustainable and low-carbon future. That's why they offer a cost-effective solution to help organisations reduce their carbon footprint and lower their emissions. By using the Magnatech™ System, organisations can make an easy transition to a low-carbon approach, which reduces their environmental impact and helps to achieve carbon reduction targets.
It's important to note that Magnatech™ does not provide savings for vehicles with combustion engines, as this technology only works with up to 95% of all energy consumers. However, the system is proven to work with industry and organisations, delivering energy management solutions that help reduce CO2 emissions and promote sustainable practices.
Overall, Magnatech™ provides a valuable solution for organisations that want to lower their emissions and achieve carbon reduction targets. By working together towards a low-carbon future, we can all make a positive impact on the environment and create a better world for future generations.
A host of blue chip companies and organizations are already using The Magnatech System
The Magnatech Energy Saving System is suitable for oil, gas and LPG powered furnaces and water heaters, it's easy to install, requires no downtime and is proven to save up to 15% on your bills, every year for life!
Magnatech™ started developing energy saving products and refining Magnatech™ Technology 14 years ago, using "probably" the world's most powerful, double nickel coated Neodymium magnets to "condition" fuel.
Polarization of the hydrocarbon molecules creates a more combustible material resulting in a brighter and hotter flame. The increase is to approximately 120ºC.