What is Nanopulser?

Nanopulser is an electronic desulfator device that conditions your battery for better performance. It produces higher capacities and longer battery life.
Lead-sulfate is created when a battery is discharged. Then, when charged, in principle all the lead-sulfate converts back to its component materials --- lead, lead dioxide and sulfuric acid. However, as batteries age, lead-sulfate crystallizes on the surface of the electrode plates. This non-conductive material coating the surface of the electrode plate causes a reduction in the surface area needed for electro-chemical reactions of the battery. It also reduces the batteries' component materials (lead and acid) needed for the reactions. Sulfated batteries are often replaced prematurely and unnecessarily.

Nanopulser applies a weak but sharp electrical pulse that inhibits the buildup of hard lead-sulfate crystals while gently decomposing the crystals without damaging the battery plates. With Nanopulser installed, batteries maintain a high capacity as well as maximize its lifespan.

Regenerate Old Sulfated Batteries and Maximize Capacity and Lifespan

Nanopulser revives old sulfated batteries. If the old battery is not physically damaged but suffering from buildup of hard sulfation, Nanopulser will regenerate the battery by decomposing the hard sulfate gently and slowly. Continued use will inhibit further sulfation build-up and maximize the battery life. The length of the battery life depends on the condition of the battery when Nanopulser was installed. Later, when the battery finally fails, remove the Nanopulser and install on a new battery. This will prevent sulfation build-up from the beginning and assure the manufacturer's specified or intended lifespan and possibly extend it beyond.

In general, if the battery is 4 to 5 years old, it more likely to revive the battery close to full capacity. However, if the battery is already 7 to 8 years old, more likely there is a corrosion damage that desulfator can not reverse and recover. Before installation, check your battery for physical damages such as swelling of battery case, white sulfation buildup outside of the case and floating particles in the electrolyte. If found, consider the condition and expect less for the result. It even revives old sulfated batteries, installing to new batteries is recommended for the best result.

Benefit for Each Application

• Automobile - Nanopulser preserves a high CCA rating for the starter battery for many years. Vehicle's electrical equipment will operate at a higher voltage. Electric windows operate more powerfully when closing and opening. Radio sounds loud and clear. Headlights are brighter. If you have been driving with a weak battery, when Nanopulser is installed you would even experience better mileage (see testimonial page).

• Marine Vessels - For marine usage, batteries sulfate fast because marine vessel batteries are usually in discharge cycle off shore. It would be common sense to use Nanopulser for conditioning the batteries. A case study showed an increase in the capacity of a battery in two weeks. This battery had lost capacity and was experiencing difficulty in starting the engine. However, after two weeks of treatment with Nanopulser, the battery capacity came back and the battery was starting the engine without a problem. Please be aware that using Nanopulser does not relieve you from regular recommended battery maintenance.

• The most frequently asked question for pleasure boat usage is if one unit conditions all the batteries in a battery bank. The answer is "YES". However, please be aware that larger the capacity, longer it will take to desulfate sulfated batteries, but give a sufficient time, Nanopulser will condition the batteries. (The sufficient time is about 4 to 6 weeks for 1000 Ah battery bank, based on case studies.)

• Recreational Vehicles - R.V. deep cycle batteries also do not last long because they are usually left unattended for long periods of time. Sulfation caused by natural discharge is very hard. This super-hard sulfation is the worst kind of sulfation.

• Material Handling application - Forklift Batteries: In warehouse and business situations batteries are usually kept on a good maintenance schedule and fully charged. However, the batteries typically fail after 4 to 6 years depending on battery quality and how well the maintenance was done. In the situation where maintenance is a problem, Nanopulser would be very useful. Also, even with a good maintenance schedule, we believe there is a small amount of hard sulfation that can NOT be decomposed by regular equalization charge based on our case studies. This very hard sulfation crystal can be decomposed by Nanopulser to maximize the life of the batteries. Even with meticulous maintenance, Nanopulser will help assure the good condition of the battery as a preventive measure. In addition, batteries will accept more charges and operation hours between charges will be kept longer.

Frequently Asked Questions:

When was electronic battery conditioner (desulfator) invented?
It was first invented in the 1990's at John C. Stennis Space Center, one of the field centers of NASA. After the invention, it was first used for military purposes. Then, it was applied for public uses. At that time, only during the charging cycles, a high-frequency pulse was applied, which was very strong and tended to precipitate the sulfation crystals.

How does Nanopulser work?
The sulfation that forms on the surface of an electrode plate inhibits the current flow. By applying a special weak pulse, Nanopulser decomposes sulfation by ionization without damaging the electrode plates. During the charging period, decomposed sulfation separates to lead, lead dioxide and sulfuric acid.

What is the effect expected by Nanopulser?
It maximizes the battery's cycle life by inhibiting the buildup of hard lead sulfate crystals which prevents premature battery failure. The battery accepts more current during the charge period and as a consequence the capacity of the sulfated battery will increase.

Is there an electromagnetic influence on other electrical instruments such as communication equipment?
No. It passed the Electro Magnetic Test, based on FCC (Federal Communications Commission) specification category FCC Part 15 Sub. Part B Class B Digital Device.

There are similar products. What is the difference?
Products made by other companies create a very strong pulse and this tends to flake off the hard sulfate and shows immediate improvement of current flow, although it tends to damage the electrode plates. As result, it is more likely to shorten the battery life. Also, because it creates loud noises, it is possible to have influences on other electrical devices.

What supplies the power to Nanopulser?
Nanopulser uses the electricity from the battery that is being conditioned. A LED light indicates that Nanopulser is energized.

Is Nanopulser waterproofed?
The internal circuit is made with waterproofing in mind. Therefore, it is not necessary to worry for regular usage.

How long is Nanopulser warranted?
The warranty is one year.