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Small Battery Coating Machine for Laboratory and R&D Pilot-line - China Suppliers and Factory Equipment
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Small Battery Coating Machine for Laboratory and R&D Pilot-line - China Suppliers and Factory Equipment

This battery electrode coating machine is designed for the precise coating of cathode and anode electrodes in lithium-ion cells. It is particularly suitable for use in laboratories and R&D pilot lines, The equipment features a high-precision clearance transfer mechanism, consisting of several key components such as a roll mechanism, correction mechanism, tension control, coating mechanism, drying mechanism, traction mechanism, and winding mechanism. This advanced design ensures the uniform application of stirred polar paste films onto substrates, maintaining size and weight within specified design parameters. After the drying process, the machine efficiently produces film rolls, facilitating seamless preparation for subsequent manufacturing stages, As a leading supplier in China, we proudly manufacture this cutting-edge battery electrode coating machine in our factory, offering top-quality products tailored to meet the demands of the rapidly evolving energy storage industry
  • Brand WS
  • Original Dongguan, China
  • MOQ 1 PC
  • Lead time 2 Months
  • Certified: CE, UL

Equipment Characteristics

Various choices of coating mode

Continuous coating, one gap coating, two gap coating, three gap coating, reverse overlapping coating, reverse dislocation coating.

Various choices of coating mode

Continuous coating, one gap coating, two gap coating, three gap coating, reverse overlapping coating, reverse dislocation coating.

Precision adjustment of the rubber roller moving mechanism

The imported servo motor drives the high-precision wire rod to move the rubber roller, and the moving adjustment accuracy is 0.01mm, a total of 2 sets.

Precision correction control of the whole process

Roll correction, traction correction, collection and correction, a total of 4 sets.

High precision constant frequency conversion tension control

Constant tension in the rewinding area, constant tension in the traction area, constant tension in the rewinding area, constant tension, a total of 3 sets.

Oven circulating air design, save loss

Independent inverter adjustment of blower and exhaust fan in each area.

All stainless steel structure

Integral stainless steel box, stainless steel heating pipe, stainless steel fan, stainless steel rack, stainless steel sealing plate.

Roller selected alumina roller

Resistant to more than five years of wear, imported roller bearing.

Powerful and perfect control system

Dangerous operation protection, alarm prompt, fault maintenance help.

Specification of Equipment

Outline dimension / Installation space Four box body: Length 19000mm * width 1800 * height 2100
5 Box body: 22000mm length * 1800 width * 2100 height
Six box body: 2th 25000mm * 1800 * 2100 height
Configure the power supply AC380V Five lines, three-phase main line using 16mm² or above, zero line 10mm², ground line 6mm², total power switch 100A.
Configure the compressed gas source ≧0.7MPA,20L/min.
Plant capacity 4-section ovens, with a starting power of 40KW, and an average operating power of 22KW / H (depending on the heating temperature).
For type selection and supplement, the starting power of each oven is 11KW (heating pipe 10KW, fan 0.75KW).
Range of normal operating substrate 8um~50um
Effective coating width 300mm, the length of roller and roller is 350mm
Normal single-surface coating thickness range 35um~250um
Normal coating accuracy Single-sided thickness ± 2um, double-sided thickness ± 3um; single-sided surface density ± 1%, and double-sided surface density ± 1.5%
Effective coating length range The coating length is 20mm~9999mm; the gap length is 5mm~9999mm
Coating length accuracy Coating length is 0.3mm, gap length is 0.3mm, average length deviation is ± 0.3mm, tratail length is 0.5mm, coating width is ± 0.3mm, positive and negative alignment is ± 0.3mm.
Suitable for slurry Lithium iron phosphate, lithium cobalt oxide, lithium manganese oxide, ternary and other system battery positive and negative electrode coating process
Dissolvant The NMP / aqueous group
Solid content 30-75 %
Suitable for slurry viscosity Negative electrode from 1500 to 3500 Cps
Positive pole 6000 ~ 12000 Cps
Running speed Apply normal speed 1m / min~2m / min and mechanical speed 1m / min~15m / min
The drying temperature range Room temperature ~160 degrees Celsius, temperature deviation ± 2 degrees Celsius, each area independently set up control
Collect and release the roll and correction accuracy ≤±0.5mm

Frequently Asked Questions (FAQ)

What coating modes are available with this equipment?

The system supports multiple coating modes, including continuous coating, one gap coating, two gap coating, three gap coating, reverse overlapping coating, and reverse dislocation coating.

What is the coating accuracy of this machine?

It features high precision control with a single-sided thickness deviation of ± 2um, double-sided thickness deviation of ± 3um, and an average length deviation of ± 0.3mm.

What kinds of slurries are suitable for this coating process?

This equipment is suitable for positive and negative electrode coating of lithium iron phosphate, lithium cobalt oxide, lithium manganese oxide, ternary, and other battery systems.

What are the power requirements for installation?

It requires a three-phase AC380V five-line power supply. The main line must be 16mm² or above, the zero line 10mm², the ground line 6mm², and it requires a total power switch of 100A.

How is the drying temperature controlled in the oven?

The drying temperature ranges from room temperature up to 160 degrees Celsius, with a temperature deviation of only ± 2 degrees Celsius. Each oven area can be set up and controlled independently.

How does the system ensure constant tension control?

The system uses a high-precision constant frequency conversion tension control system with 3 sets of controls to maintain constant tension in the rewinding area, the traction area, and the unwinding/rewinding processes.