This battery is typically a 3.7 volt lithium battery.
According to the official JD.com website, the battery in the mixing bowl is usually a 3.7 volt lithium battery. Since most mixing cups require a relatively low motor speed, they can meet their usage needs with a lower voltage. Lithium batteries have become one of the most commonly used battery types for mixing cups due to their high energy density, long life, and light weight.
The battery type and voltage of different brands of mixing cups may be different. If you want to know more about the blender jug battery, you can check the blender jug manual or look for the battery symbol on the blender jug. Additionally, it should be noted that when replacing the battery, you must choose the type of bproper battery, and batteries that have been used too many times should be replaced in time to avoid affecting the use of the blending cup.
Lithium battery manufacturing process flow
Lithium battery manufacturing method:
It involves mixing the active materials electrode, binders, solvents, etc., after thorough stirring and dispersion, a suspension is formed.
Apply the suspension prepared in the first step evenly to the current collector (aluminum foil or copper foil, etc.) with specified thickness and dry the solvent.
Die the produced pole piece into the specified size and shape.
Assemble the positive and negative electrode sheets and separator together, and after completing the glue application, the electrode core is formed.
Place the polar core produced in the previous step in the wirem aluminum-plastic which has been perforated and complete the top sealing, side sealing, etc. (leaving a hole for liquid injection) to form a flexible package. which has not been filled with liquid.
Inject the specified amount of electrolyte into the soft-packaged battery cell. Of course, the battery core must be cooked and filled with liquid in a low humidity environment. Excessive moisture content is not good.
The gas inside the cell is extracted and sealed in a vacuum environment.
Lithium battery
The manufacturing process of lithium battery is:
1. Preparation of electrode mud, mainly a mixture. the electrode active material, binder, solvent, etc. together, and stir and disperse carefully to form a suspension.
2. Coating, evenly apply the suspension prepared in the first step onthe current collector (aluminum foil or copper foil, etc.) with specified thickness and dry the solvent.
3. Punching the pole piece, punch the pole piece produced in the previous step into the specified size and shape.
4. Stack the sheets, assemble the positive and negative electrode sheets and separator together. After bonding is completed, the electrode core is formed.
5. Assemble the soft battery, place the polar core produced in the previous step into the aluminum-plastic film that has been perforated, and complete the top sealing, side sealing, etc. -battery pack without liquid injection.
6. Inject the specified amount of electrolyte into the soft battery core.
Lithium batteries are batteries that use lithium metal or lithium alloy as the negative electrode material and use a non-aqueous electrolyte solution. This batrie is therefore also called lithium metal battery. Unlike other batteries, lithium batteries have high charge density and long cycle life and high unit costs.