Effective Cylinder Width

96mm

Roller Size

96mm Dia. x 100mm W

Rolling Gap

0~1.2 mm adjustable

Dial Gauge Accuracy

0.01mm

Minimum Thickness

Depending on the electrode's material and thickness, typically:

. A 0.16mm thick electrode coated on copper can be pressed into a minimum thickness of  0.1 mm

. A 0.06mm thick electrode coated on copper can be pressed into a minimum thickness of 0.04 mm

. A 0.33mm thick silver/gold can be pressed into a minimum thickness of 0.03 mm

Heating Temperature

. Two independent temperature controllers enable dual-zone temperature control for the upper and lower rollers.

. 200°C maximum for less than one hour.

. 190°C continuously

. Recommended Heating Rate: 1.3°C/minute

. Two heating elements are installed

.Power for each Heating Element: 500W

.Precision temperature controller  with  +/-1°C Accuracy

.The heating rod is consumable. Please Click Picture left to order spare

Rate Voltage

AC 208 - 240V Single phase, 50/60Hz

Motor

. High torque 24VDC motor with reducing gear (1:75)

. 0.8A

. Rated power 40W

. Speed Indicator Display: 0~40

. Actual rolling speed: 0~26 mm/sec (Actual Speed = display value * 0.65)

. Digital controlled with constant output power

Power Consumption

1000W max.

Dimensions

530mm(L) x 247mm(W) x 380mm(H)

Warnings

. Do not touch the surface of the rolling part of the machine when the rollers are heated up or running.

. Due to the influence of working environments, the temperature on the roller surface may be different from the display on the controller. You may calibrate the temperature by EQ-TC-calibrator-LD, and refer to the instruction here from time to time to ensure heating temperature accuracy

. Never roll materials with hardness > 50HRC

. Multi-step thickness calendering needed:  .

.While calendering the sample sheet, make each calendering decrement of 0.02mm comparing with sheet original thickness.

.Never calendering decrement over 0.02mmcomparing with original sheet thickness each calendering.

.Heating the cylinder beyond 100ºC results in roller deformation and causes inaccurate, thicker-than-usual rolling yield.

. In order to prolong the lifespan of the roller bearings, regular lubrication is recommended.

. Clean roller surface for each rolling  and Use acetone to clean and lubricate  when not in use to avoid corrosion

. This rolling machine can be used under Ar gas