Hot Roller Press Roller Machine With Winding and Unwinding System for Battery Electrode
AOT
Xiamen, China
10-25 working days
50 Sets/Month
The roll material is 9Cr2Mo high hardness and high performance roll material, which is subjected to freezing treatment after heat treatment. The surface quenching layer is deep and the performance is stable.
Battery Electrode Heat Calender Rolling Press Machine With Winding and Unwinding System
AOT-GYJ-100C All rolls are made of high-strength and high hardness rolls, with a hardness of HRC62-63. The roll material is 9Cr2Mo high hardness and high performance roll material, which is subjected to freezing treatment after heat treatment. The surface quenching layer is deep and the performance is stable.
Technical Parameters:
Product Name
Hot Roller Press Roller Machine With Winding and Unwinding System
Voltage
220V/50Hz
Power
3KW
Working pressure
Maximum5KN
Roll size
φ 100mm × 200mm
Roll temperature
130 ° C
Hardness of roller surface
HRC60-62
Effective clearance
0-3mm adjustable
Roller speed
0-4rpm, continuously variable and adjustable
Rolling force
Maximum 5T
Roll surface finish
0.8um
Roller transmission mode
High precision gear transmission
Rolling method
Continuous rolling method with gaps and pre pressure
Performance in dicators of the winding and unwinding machine:
Pole parameters: The cylinder core is φ 76 mm, maximum straight diameter for unwinding φ 200 mm Maximum width of pole piece 180 mm
Weight
150KG
AOT-GYJ-100C Hot Roller Press Roller Machine
By using a constant pressure and limited gap pressing method, intermittent coated battery electrodes can be continuously pressed. Stable pressure, high cylindricity of the rolling roller, uniform rolling sheet, and small deformation. Greatly improve production efficiency and reduce personnel workload;
Battery Electrode Heat Calender Rolling Press Machine With Winding and Unwinding System
AOT-GYJ-100C All rolls are made of high-strength and high hardness rolls, with a hardness of HRC62-63.
Exhibition
AOT Lithium Battery Equipment exhibition provides exhibitors and visitors with a comprehensive platform for display, exchange, cooperation and trade. By participating in the exhibition, enterprises can understand the industry dynamics, expand market channels, enhance brand image and promote technological innovation and industrial upgrading.
Certificate
FAQ
Q1. What is the hot roll press machine for electrodes used in batteries?
A battery hot roller press machine is a piece of equipment used in the manufacturing process of battery electrodes. It is specifically designed to apply pressure and heat to compact and shape electrode materials, typically for lithium-ion batteries. The machine utilizes heated rollers to exert pressure on the electrode material, enabling the material particles to adhere together and form a uniform and dense electrode layer. This process helps improve the electrode's performance and overall battery efficiency. The temperature and pressure applied during the rolling process can be controlled and adjusted based on specific requirements. The battery hot roller press machine is an essential tool in the production of high-quality battery electrodes.
Q2. How does a hot roller press work for a battery electrode?
The battery hot roller press equipment provides a precise and controlled environment for electrode manufacturing, allowing for consistent electrode thickness, density, and quality. It plays a critical role in the production of high-performance batteries.
Q3.The role of the battery hot roll press
The role of the battery hot roll press The battery hot roll press plays a key role in the battery manufacturing process. By heating and rolling the electrode material, the active substance, conductive agent, binder and fluid collector contact more closely, effectively reduce the electron travel distance, reduce the thickness of the pole sheet, improve the volume utilization rate and energy density of the battery. At the same time, hot roll pressing can also reduce the rebound of the pole sheet, improve the rolling quality, reduce the internal resistance of the battery, and extend the cycle life of the battery. Its high precision and efficient production characteristics are of great significance for improving battery performance and stability
