Dry HHO is an improvement over the previous design wet- The main difference between the two is that the components of a dry cell HHO be kept dry as opposed to the wet components of a design, which were immersed in water. HHO Dry cell can have more power and is more effective than the wet cell. It still uses the same process of electrolysis as the old design, but its performance gains him more effectiveness and it also runs at lower temperatures than the wet cell, the cell and informs the engine from overheating. Electrical components are also kept dry, so there is no danger of a short circuit, and the device will last longer.
Dry HHO design Dry HHO special rubber seals used to separate the plates dry cell so that the electrolyte solution (water) in the gaskets in the plate is captured immersed in the electrolyte solution (water). Electrical devices and connections are prevented from the solution kept malfunctioning. Drilling is used at the dry cell plates to the electrolyte in the cell plates and allow gas from. There are many different opinions about the number and the shift of the holes, which affects optimal performance. The main problem of wet cell design was the power leakage at the edges of the plates. So you had to deliver more power to the plate held for electrolysis to produce the required amount of HHO gas.
Dry HHO design does not have this problem because of its superior design, where the electric current to the cell plates where electrolysis takes place and in this way it produces more HHO gas with less concentrated amount of energy. The secret is in neutral plates encased in several positive and negative plates which serve the purpose by the voltage between the positive and negative plates, which can operate more efficiently, the dry cell. It also produces less heat than the old design to keep the system in this way and the engine cool and running.
Dimension improvement Also an important improvement is the HHO dry cell dimensions. This new design allows to get the same amount of energy from a much smaller cell. Instead of a robust 6 `` x 12 `` unit you can now get a more compact cell of about 4 x 4 `` `` and get the same results as from the old wet cell design. This new compact design allows you to install to dry HHO on different types of engines with less effort and space required for the housing. Also with this new design you won `t have to make changes to your car and is far less expensive to build than its predecessor.
Independent gas companies Dry HHO systems are also known as Hydrogen on Demand systems, then separates it from other hydrogen fuel cell systems using additive stored hydrogen from hydrogen tanks and paste it into the combustion process known.
HHO dry cell produces hydrogen system on its own with only water as fuel in this way they hold independently of gas companies. This system can also contribute to dependence on foreign oil by reducing gasoline consumption.
More environmentally friendly Improving the HHO gas production will help dry cell HHO the motor efficiently burn the fuel thus produces more energy, generate less heat and assists the engine is running smoother and reducing the carbon monoxide and carbon dioxide emissions from the engine.
The new dry HHO cell design has been proven to further reduce the negative environmental impact caused by car produces gases....
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