AA Ni-MH batteries.Introduction to nickel battery process flow

An introduction to the nickel battery process process provided by electronic enthusiasts. An introduction to the nickel battery process process. Nickel mesh punching: punch the nickel mesh into the slot using the corresponding mold according to the process requirements, so that the exposed dimensions when spot welding the tabs are qualified and Reduce false, false, and desoldering. Nickel network classification: Introduction to nickel battery process flow

Nickel mesh punching: punch the nickel mesh into the slot using the corresponding mold according to the process requirements, so that the exposed dimensions when spot welding the tabs are qualified and reduce false, false, and desoldering. Nickel mesh grading: The nickel mesh of the same model and different weights is divided into certain grades (usually 0.3g) to keep the attachment consistent during the smear process. Smearing: The nickel mesh body of each grade is adjusted by the gap of the smearing machine to keep the nickel mesh attachments of different grades consistent. Attachments: The slurry prepared in the batching room and attached to the positive and negative electrode sheets during the smearing or slurrying process. Scraper: Use a scraper knife to scrape off the excess attachments on the pole piece (attachments on the pole tabs) smooth and clean, so that the weight is qualified and the attachments are uniform. Cutting: Adjust the corresponding gap of the roller to make the length, width and thickness of the pole piece conform to the process. Slurrying: The process of passing the slurry through the mold with corresponding gaps using steel strips and then drying it in the oven. Slicing: Use the corresponding slicing knife to divide the large pieces into the width specified by the process.