Φ100*200mm Hot Roll Press Machine For Battery Electrode Rolling

1 TMAX-GYJ-100C Lab Roll Press Machine is a compact precision Hot Roll Press Machine . It has dual rollers of 100mm dia. x 200mm width and dual grade micrometer. This lab roll press machine is an ideal Hot rolling press for adjusting thickness and increasing active material density of the electrode in Li-Ion batteries research after coating and drying.

 

2 This model Electric Calender is mainly used for small electrodes in the rolling process, suitable for use by universities and enterprises experiment line, make the battery electrode compression molding, increased density.

 

3 It has a pair of 200mm width steel rollers. Such a roller can be heated up to 200℃.

We will also constantly developing heat calender for you!

SPECIFICATIONS:

Model	Φ100*200mm Hot Roll Press Machine   TMAX-GYJ-100C
Warranty	One year limited manufacture warranty with lifetime support
Working Voltage	110V / 220V AC single phase selectable
Power	900W Total
Structure	1 Heavy duty steel frame, gears and handle 2 Φ100mm Dia. x 200mm width Rollers made from hardened tool steel (HRC > 62)  with Cr electroplated coating 3 Dual micrometer for accurate thickness adjustment in the range 0 - 1.5 mm Maximum
Roller	Dimensions: 100mm(Dia.) x 200mm(W)   It can be customized Material: Made from hardened tool steel (HRC > 62)  with Cr electroplated coating. With finish  > 0.8
Rolling press accuracy	≤±0.005
Roller surface hardening  depth	5mm
Heating Temperature	10-200℃
Temperature Control Accuracy	+/-5℃
Max pressure	3T
Rolling press thickness	0-1.5mm adjusted with Dial gauge
Rolling press width	Max 200mm,  It can be customized
Weight	95 kg (180 lbs)
Application Notes	This roller is specially designed for battery R&D in terms of its advantages  as affordable, compact and precise.  1 Must use acetone to clean and dry rollers' surfaces after each use to avoid rusting 2 Coated Rust-proof oil if machine were to be unused for a long period of time 3 The minimum thickness of the rolled sheet should depend on the physical property  of the materials.