Method for producing novel storage battery lead plate grid paste

Abstract

The invention relates to a method for producing a novel storage battery lead plate grid paste. The production method is characterized in that the paste is coated on two strips of paper tapes, and two strips of paper tapes after being coated with the paste are rolled on the positive and negative surfaces of the lead plate grid. The production method is characterized in that one side of the paper tape is coated with the paste, a coat paste surface faces the lead plate grid. The production method is characterized in that one side of the paper tape is coated with the paste, the paper tape coated with the paste is rolled on one surface of the lead plate grid, another surface of the lead plate grid is coated with the paste, and the paper tape is rolled on the coat paste surface. The production method is characterized in that one side of the paper tape is coated with the paste, and the coat paste surface faces the lead plate grid. The method for producing the novel storage battery lead plate grid paste has the advantages that the reveal of reinforcement of the produced lead plate grid is not generated, 3-5 days time efficiency time for routine production of the plate grid is not required, the problems of reveal of reinforcement and incomplete filling with damage are difficult to generate while carrying and installing the produced lead plate grid, thereby the quality stabilization of the storage battery can be ensured.

Description

Technical field [0001] The present invention relates to a novel production method of paste for lead plate grid of battery. Background technique [0002] At present, lead-acid batteries use acidic lead batteries, in which the electrode plates of the battery are coated with lead pastes of different polarities on a lead grid plate to make the positive and negative electrodes. The current paste coating machines have single-sided and double-sided Paste, but they are all directly coated on the lead plate. Because the physical properties of lead are relatively soft, and the paste applied is gel-like, the grids currently produced have to undergo 3-5 days of aging Time, the paste can only be applied until the grid has a certain hardness, otherwise it will be very soft and deform the grid. However, the current plastering machine uses rollers to drive the lead grid to move on the plastering machine, whether it is single-sided or double-sided. Therefore, it is easy to show ribs after plaste...

AI Technical Summary

Problems solved by technology

[0002] At present, the lead-acid storage battery adopts the acid lead battery, in which the pole plate of the battery is made of lead paste with different polarities on the lead grid to make the positive and negative electrodes. Now the paste machine has one side and two sides. Paste, but they are all paste directly on the lead plate, because the physical properties of lead are relatively soft, and the paste applied is in the form of gel, the current production of the grid will go through 3-5 days of aging Time, when the grid has a certain hardness, the paste can be applied, otherwise it will be very soft, and the grid will be deformed

However, the present pasting machine, no matter it is single-sided or double-sided, uses rollers to drive the lead grid to move on the pasting machine. In addition, when the paste is applied and the lead grid moves after the paste, the applied paste will also fall off, so it is easy to cause the quality of the plate to be unstable, and the output current will not be stable after being assembled to the battery. If the standard is met, the capacity will change, and the lead grid will also be corroded. Therefore, it is urgent to invent a new production method to solve the problem of the exposed ribs of the lead grid and the problem that the grid needs to have a certain hardness after aging before it can be pasted.