Colloidal Batteries Are A Development Classification Of Lead-acid Batteries

Gel Battery Colloidal batteries are a kind of development classification of lead-acid batteries by adding gelling agent to sulfuric acid and making sulfuric acid electro-liquid into colloid. Electrohydraulic colloidal battery is usually called colloidal battery. The difference between colloidal batteries and conventional lead-acid batteries, from the initial understanding of electrolyte gelation, further development to the electrochemical properties of electrolyte-based structures, and the promotion of applications in lattice and active materials. The most important feature is: with a smaller industrial cost, to create a better battery, the discharge curve straight, turning point high, its energy and power than conventional lead-acid batteries more than 20%, life is generally conventional lead Acid batteries about twice as long, high temperature and low temperature characteristics much better

  Broadly speaking, colloidal batteries and conventional lead-acid battery is not only the difference between the electro-hydraulic to gel-like. Such as non-coagulated water-based colloid, from the electrochemical classification structure and characteristics of the same colloidal battery. Another example is in the grid attached to the polymer material, commonly known as ceramic grating, can also be regarded as the application characteristics of colloidal batteries. There has been a laboratory in the plate formula to add a targeted coupling agent, greatly improving the reaction of the active material of the plate, according to non-public information that can reach 70wh / kg weight ratio of energy levels, these are now Stage of industrial practice and the need for industrial colloidal battery application examples

  Colloidal battery

  Gel Battery Water-based non-disciplinary terminology is to distinguish between a solidification colloid name.

  Gel Battery The understanding of colloids, academic classification and custom understanding are very different. Custom that the physical state of the material at room temperature was gelling state of the material called colloid, and in the chemical structure classification, defined as the dispersed phase of the infrastructure in the 1-100 nm range of substances.

  The electrochemical properties of colloidal particles and their surfactants are determined.

  Colloidal batteries in the history of several Shen a few floating, and colloidal material development and technical maturity. Nearly three years, although has developed nano-sol, the electrochemical applications of surfactants also have more production practice, but for manufacturers, it is difficult in the short term selection of the applicable gel colloid.

  The water-based glue is designed as an intermediate product for the development of an acid battery to a colloidal battery. It is characterized by the elimination of the physical gel skeleton, the retention of functional polymer groups and the surface active agent, the pure liquid, when used as a sulfuric acid additive , Suitable for the production of all lead-acid batteries.

  Gel Battery Advantages: does not produce colloidal battery common industrial problems, the manufacturing process and acid battery exactly the same, after use to increase the capacity of 5-15%, extend the battery life of 50-100%, anti-plate sulfate ability, sulfuric acid modified The corrosion of the grid is much smaller. Prices are also cheaper than conventional colloids.

  The use of water-based adhesive additives, sulfuric acid without the need to add sodium sulfate, phosphoric acid and so on. Standard addition: volume ratio of 8%.

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