A long-life high-temperature battery formation method
A technology of high temperature battery and chemical formation method, which is applied in the manufacture of nickel batteries, alkaline batteries and alkaline batteries, can solve the problems of increasing battery production costs and long testing time, and achieves improved equipment utilization, enhanced battery performance, and improved battery performance. The effect of equipment utilization and production efficiency
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0038] A method for forming a long-life high-temperature battery, comprising the following steps:
[0039] Step 1. Positive electrode production: Add 88% of the positive electrode active material nickel hydroxide, 5% of the conductive agent, 1% of the additive, and 2% of the binder, and add an appropriate amount of pure water into the mixer to mix evenly to make a slurry, and then pass The wet drawing process makes the slurry material filled into the nickel foam conductive matrix, controls the thickness, and makes the positive electrode sheet;
[0040] Step 2. Negative electrode production: According to the weight percentage of hydrogen storage alloy powder 94%, conductive agent 1.5%, additive 1%, and adhesive 2%, add an appropriate amount of pure water and put it into a mixer to mix evenly to make a slurry, and then pass it through wet method Slurry process The slurry is coated on the conductive substrate porous nickel-plated steel strip or copper grid, and the amount and siz...
Embodiment 2
[0045] A method for forming a long-life high-temperature battery, comprising the following steps:
[0046] Step 1. Positive electrode production: Add 90% of positive electrode active material nickel hydroxide, 6% of conductive agent, 1.5% of additive, and 3% of binder, and add appropriate amount of pure water into a mixer to mix evenly to make a slurry, and then pass The wet drawing process makes the slurry material filled into the nickel foam conductive matrix, controls the thickness, and makes the positive electrode sheet;
[0047] Step 2. Negative electrode production: According to the weight percentage of 95% of hydrogen storage alloy powder, 2% of conductive agent, 1.5% of additive, and 3% of binder, add an appropriate amount of pure water and put it into a mixer to mix evenly to make a slurry, and then pass it through wet method Slurry process The slurry is coated on the conductive substrate porous nickel-plated steel strip or copper grid, and the amount and size of the ...
Embodiment 3
[0052] A method for forming a long-life high-temperature battery, comprising the following steps:
[0053] Step 1. Positive electrode production: Add 92% of positive electrode active material nickel hydroxide, 7% of conductive agent, 2% of additives, and 4% of binder, and add appropriate amount of pure water into a mixer to mix evenly to make a slurry, and then pass The wet drawing process makes the slurry material filled into the nickel foam conductive matrix, controls the thickness, and makes the positive electrode sheet;
[0054] Step 2. Negative electrode production: According to the weight percentage of hydrogen storage alloy powder 97%, conductive agent 2.5%, additive 2%, and adhesive 4%, add an appropriate amount of pure water and put it into a mixer to mix evenly to make a slurry, and then pass it through wet method Slurry process The slurry is coated on the conductive substrate porous nickel-plated steel strip or copper grid, and the amount and size of the attached ma...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More