Ø150*W200mm Roller Press Machine

Battery Process

More Custom Items

Ø150*W200mm Roller Press Machine

Item No.: XW-GYJ1520-L;
Application: The electrode is pressed and formed to increase the density of the electrode;
Warranty: One Year warranty with lifetime support;
Order(MOQ): 1 set;
Payment: T/T,Western Union, Paypal,L/C;
Product Origin: China;
Lead Time: in stock or 1-10days,ect;
Note: XIAOWEI factory supports OEM.

 Products Description 

This type of roller press is specially used for electric rolling of small lithium electrode sheets, small amounts of precious metal materials such as gold and silver, and non-ferrous materials such as copper and aluminum. It is especially suitable for thinning and increasing the density of lithium battery plates made of clean energy materials. This machine adopts gear transmission to realize roll pressing. The rolling thickness is adjustable and easy to use. It can realize intuitive control of the material pressing thickness with a dial indicator.

XW-GYJ200-L is driven by a reduction motor to drive a high-hardness pressure roller, and the gap between the pressure rollers is mechanically adjusted to pressurize the pole piece into shape and increase the density of the pole piece.

 Technical Parameters 

Ø150*W200mm Rolling Press Machine For Lab Research
Power Can be selected by the customer laboratory voltage, 220V/380V, 4KW (110V)
Roll temperature room temperature ~120°C
The temperature of the two rollers can be independently controlled and arbitrarily adjusted.
Roll size Ø150mm×W200mm;
Working speed continuously variable speed, line speed 0-4.0 m/min adjustable
Roll surface finish Working width: maximum 200mm;
Roller surface hardness: HRC62; Roll cylindricity: ≤±2μm
Effective clearance 0-3mm adjustable;
Roll surface quenching depth 5mm; Maximum pressure: 15T;
Equipment dimension 950*500*1100, If with Rewinding+Unwinding=L3000-4000Ømm
The equipment is driven by the reducer motor high hardness roller, mechanical adjustment of the roller gap, so that the pole sheet compression forming, increase the pole sheet density.