What are the main points of Lipo 6000mah coated pole piece drying?
With the reduction of the manufacturing cost of Lipo 6000mah and the improvement of product performance, Lipo 6000mah has been used more and more in people's lives. This puts forward higher requirements for the product performance of Lipo 6000mah, and also puts forward higher requirements for the manufacturing process of Lipo 6000mah.
One of the core processes of Lipo 6000mah is the preparation of pole pieces. After the positive and negative pole pieces are prepared, the electrolyte is injected into the battery through winding or lamination processes, and it becomes a usable battery after being activated by packaging, charging and discharging.
Among them, the battery pole piece is a composite material with a sandwich structure, which is mainly composed of two-sided porous coatings composed of active material particles, binders and conductive agents, and a metal current collector foil sandwiched in the middle.
After the preparation of positive and negative electrode slurry is completed, it is coated on aluminum foil and copper foil through a coating process. Next, let’s explore the drying knowledge of Lipo 6000mah coated pole piece with professional Lipo 6000mah manufacturer Chinahobbyline. I will introduce the Lipo 6000mah pole piece coating process, pole piece drying technology, drying process parameters and pole piece defects in detail.
1 Lipo 6000mah pole piece coating process
For the coating process of the Lipo 6000mah pole piece, drying of the Lipo 6000mah pole piece after coating is one of the main energy consumption units and is also the focus of research. The residual solvent in the drying process of Lipo 6000mah pole piece has a great influence on the stability, capacity and cycle life of the subsequent processing of Lipo 6000mah pole piece.
The process not only affects the manufacturing cost of the battery, but also indirectly determines the level of manufacturing technology and the safety of the battery. Due to the lack of in-depth research on the coating and drying process of Lipo 6000mah pole pieces, it is generally difficult to qualitatively improve the drying efficiency at present.
2 Lipo 6000mah pole piece drying technology
The immediate purpose of drying is to facilitate efficient and rapid removal of solvent from the coating slurry. There are many drying methods for Lipo 6000mah pole pieces. The common drying methods mainly include hot air drying (convection hot air drying, double-sided air supply floating drying, circulating hot air impact drying), superheated water vapor drying, far-infrared radiation drying and microwave drying.
Read more:
https://chinahobbyline.com/blogs/news/what-are-the-main-points-of-lipo-6000mah-coated-pole-piece-drying
With the reduction of the manufacturing cost of Lipo 6000mah and the improvement of product performance, Lipo 6000mah has been used more and more in people's lives. This puts forward higher requirements for the product performance of Lipo 6000mah, and also puts forward higher requirements for the manufacturing process of Lipo 6000mah.
One of the core processes of Lipo 6000mah is the preparation of pole pieces. After the positive and negative pole pieces are prepared, the electrolyte is injected into the battery through winding or lamination processes, and it becomes a usable battery after being activated by packaging, charging and discharging.
Among them, the battery pole piece is a composite material with a sandwich structure, which is mainly composed of two-sided porous coatings composed of active material particles, binders and conductive agents, and a metal current collector foil sandwiched in the middle.
After the preparation of positive and negative electrode slurry is completed, it is coated on aluminum foil and copper foil through a coating process. Next, let’s explore the drying knowledge of Lipo 6000mah coated pole piece with professional Lipo 6000mah manufacturer Chinahobbyline. I will introduce the Lipo 6000mah pole piece coating process, pole piece drying technology, drying process parameters and pole piece defects in detail.
1 Lipo 6000mah pole piece coating process
For the coating process of the Lipo 6000mah pole piece, drying of the Lipo 6000mah pole piece after coating is one of the main energy consumption units and is also the focus of research. The residual solvent in the drying process of Lipo 6000mah pole piece has a great influence on the stability, capacity and cycle life of the subsequent processing of Lipo 6000mah pole piece.
The process not only affects the manufacturing cost of the battery, but also indirectly determines the level of manufacturing technology and the safety of the battery. Due to the lack of in-depth research on the coating and drying process of Lipo 6000mah pole pieces, it is generally difficult to qualitatively improve the drying efficiency at present.
2 Lipo 6000mah pole piece drying technology
The immediate purpose of drying is to facilitate efficient and rapid removal of solvent from the coating slurry. There are many drying methods for Lipo 6000mah pole pieces. The common drying methods mainly include hot air drying (convection hot air drying, double-sided air supply floating drying, circulating hot air impact drying), superheated water vapor drying, far-infrared radiation drying and microwave drying.
Read more:
https://chinahobbyline.com/blogs/news/what-are-the-main-points-of-lipo-6000mah-coated-pole-piece-drying
What are the main points of Lipo 6000mah coated pole piece drying?
With the reduction of the manufacturing cost of Lipo 6000mah and the improvement of product performance, Lipo 6000mah has been used more and more in people's lives. This puts forward higher requirements for the product performance of Lipo 6000mah, and also puts forward higher requirements for the manufacturing process of Lipo 6000mah.
One of the core processes of Lipo 6000mah is the preparation of pole pieces. After the positive and negative pole pieces are prepared, the electrolyte is injected into the battery through winding or lamination processes, and it becomes a usable battery after being activated by packaging, charging and discharging.
Among them, the battery pole piece is a composite material with a sandwich structure, which is mainly composed of two-sided porous coatings composed of active material particles, binders and conductive agents, and a metal current collector foil sandwiched in the middle.
After the preparation of positive and negative electrode slurry is completed, it is coated on aluminum foil and copper foil through a coating process. Next, let’s explore the drying knowledge of Lipo 6000mah coated pole piece with professional Lipo 6000mah manufacturer Chinahobbyline. I will introduce the Lipo 6000mah pole piece coating process, pole piece drying technology, drying process parameters and pole piece defects in detail.
1 Lipo 6000mah pole piece coating process
For the coating process of the Lipo 6000mah pole piece, drying of the Lipo 6000mah pole piece after coating is one of the main energy consumption units and is also the focus of research. The residual solvent in the drying process of Lipo 6000mah pole piece has a great influence on the stability, capacity and cycle life of the subsequent processing of Lipo 6000mah pole piece.
The process not only affects the manufacturing cost of the battery, but also indirectly determines the level of manufacturing technology and the safety of the battery. Due to the lack of in-depth research on the coating and drying process of Lipo 6000mah pole pieces, it is generally difficult to qualitatively improve the drying efficiency at present.
2 Lipo 6000mah pole piece drying technology
The immediate purpose of drying is to facilitate efficient and rapid removal of solvent from the coating slurry. There are many drying methods for Lipo 6000mah pole pieces. The common drying methods mainly include hot air drying (convection hot air drying, double-sided air supply floating drying, circulating hot air impact drying), superheated water vapor drying, far-infrared radiation drying and microwave drying.
Read more:
https://chinahobbyline.com/blogs/news/what-are-the-main-points-of-lipo-6000mah-coated-pole-piece-drying
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