Corrosion-Resistant Grid Technology and Its Benefits for Battery Durability

Durability is not only one of the features of the world of industrial and energy storage systems but a basis of reliability and cost-effectiveness. At Jozoking (Tianjin) Technology Co, Ltd, we are leading the pack in trying to solve one of the most age-old problems with battery performance, namely, grid corrosion. The reason we have taken Corrosion-Resistant Grid Technology as our focal point is a fundamental change in the way we construct batteries which will last longer and work better in harsh environments.

Recognizing the Importance of the Battery Grid.

That grid inside a battery is far more than an element of structure; it is the essential circulatory system, which carries current in and out of the active materials. In conventional batteries the grid is vulnerable to a slow yet inexorable assault of the internal electrochemical environment, which is corrosive. However, in the long run, this corrosion may cause a rise in electrical resistance, a decrease in effective surface area to be used in a chemical reaction, and finally, grid degradation. This is a major cause of the decrease in performance and ultimate battery failure, realized in the form of decreased run time, decreased power output, and reduced operational life.

The Workings of Our Corrosion-Resistant Grid Technology.

The engineering team at Jozoking has created an advanced technique of producing grids with the basis of making them resistant to corrosion. Although the particular material make-up of our product is our trade secret, the concept we have is to use the latest alloys as well as precision-crafted production technology. The technology forms a grid that has a finer, more homogeneous metallurgical grid that is less reactive per se to the corrosive components in the battery. Moreover, with our process, optimum grid geometry is obtained, which facilitates uniform distribution of current and reduction of stress points that may hasten wear. The outcome is a grid, which does not lose its structural and electrical integrity during a significantly longer number of charge and discharge cycles.

The tangible benefits to the improved life of batteries.

This strong grid technology use will translate to direct and eminent gains to the end-user. The most noticeable benefit is a significantly long service life. Our corrosion-resistant grids in batteries will allow the battery to pass the test of time and can be used cyclically much longer than the conventional alternatives, limiting the number of replacements and the overall replacement costs. This durability is combined with long-term performance; these batteries have a higher voltage stability and the power delivery over the span of time, so that the equipment and systems will be capable of performing at the demanded capacity without sudden changes in performance. This consistency is important in applications of high requirements where a failure of the battery is not feasible. Finally, this technology has a better total cost of ownership that is long-lasting in value compared to the initial investment.

An Innovation and Reliability Pledge.

The Corrosion-Resistant Grid Technology that we developed at Jozoking (Tianjin) Technology Co, Ltd. is good indication of our effort to extend the frontiers of energy storage. We know our clients will require solutions that they can rely on over years and not months. By strengthening the very core of the battery against its most frequent foe we are not only giving a product but a guarantee of a product that will perform and last long. Such emphasis on the fundamental technological development guarantees that Jozoking batteries are designed in the future and it gives reliable power that you can rely on.