Dry cell - improvement on wet HHO cell HHO

Dry HHO is an enhancement of wet cell design earlier

The main difference between these two is that a dry HHO cell components are kept dry unlike a wet cell design components in water. Dry cell HHO can create more power and is more efficient than wet batteries. It always uses the same process of electrolysis as the former but design output has been increased by giving greater efficiency and it works also under lower temperatures than wet batteries that maintains cell and engine overheating. Electrical components are also kept dry so there is no danger of short circuit and equipment will be longer.

Sec sch Design

Dry csh uses a special rubber seals separating the cells dry plates so the electrolyte solution (water) is trapped within these seals where the plates are is gone in the electrolytic solution (water). Connections and electrical equipment are kept out of the failure prevention solution. Holes on dry battery plates are used for the electrolyte in cell plates and out gases. There are several different opinions concerning the number and the displacement of holes that affect optimal performance. The main problem with wet cell design has the power to leak around the edges of the plates. This way you need to provide more power to the plate for electrolysis takes place to produce the necessary amount of gas HHO.

Dry design HCS does not have this problem because of its superior design where electrical current is focused on the plates of the cell where the electrolysis takes place and this way, it produces more gas HHO with less energy. Secrecy is neutral in recessed plates in several positive and negative plates used by reducing the tension between the positive and negative plates makes dry stack work more effectively. It also less heat than the old design produced this way maintain system and fresher and smoother engine.

Improvement of the dimension

An important improvement is also dry HHO cell dimensions. With this new design you're able to get the same amount of energy from a cell of much smaller. Instead of building a robust 6 "x 12" unit you can do the most compact design with approximately 4 "x 4" cell and achieve the same results from old wet cell design. This new compact design allows you to install dry csh on the different types of engines with less effort and needs space for housing. Also with this new design you don't have to make changes to your car and are much cheaper to build than its previous.

Independent gas companies.

Dry HHO systems are also known as hydrogen systems demand, thereby separating them from other fuel system additive of hydrogen utilizing stored hydrogen from hydrogen tanks and add the combustion.

Dry cell HHO system produces hydrogen on its own using only water as fuel thereby prevent independent gas companies. This system also allows to reduce dependence on foreign oil countries in reducing fuel consumption.

Yet more environment-friendly

New dry cell HHO design has proved to reduce the negative environmental effects caused by the gas produced car.

Improved production of HHO, HHO cell help dry gas fuel combustion engine more efficiently this way of producing more power, less heat, help the engine to run more smooth and reduce emissions of carbon monoxide and of carbon dioxide from the engine of creation.

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Cirkovic Milos - HHOMaster.com

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