• 96 mm Dia.x 100mm W

• Made of Stainless steel

Rolling Gap

• 0~1.2 mm adjustable

Mechanical Dial Gauge (Included

• Range: 0 - 3mm

• Accuracy: 0.01mm

Upgradable Digital Micrometer
(Not Included)

• Digital Micrometers are available at an extra cost:

• Range: 0 - 12.7mm

• Accuracy: 0.004mm

• 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

• 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

Voltage

• AC 208 - 240V Single phase, 50/60Haz, 1000W

• Notice: 220V AC Power plug is not included. Please click here to order the plug

• (You may order a transformer 1500W to use it at 110V, click here to order)

Motor & Rolling Speed

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

• 0.8A

• Rated power 40W

• Speed Indicator Display: 0~26 mm/s (real linear speed of rollers)

• Digital controlled with constant output power 

Surface Hardness of Rollers

• HRC60-62

• Never roll materials with hardness > 50HRC (benchtop rolling press is not suitable for calendaring thick metals. For applications with such needs, please consult with MTI engineers.)

Feeding Board

• 2 PTFE feeding boards included

• MSK-HRP-04-RD R2R system can be integrated with the calendaring machine at extra cost to enable the automatic film unwinding -> winding after calendaring. Please click underline to view product details.

Application Notes

Important announcement (please read this before place the order)

• The MSK-HRP-1A roller is specially designed for battery R&D in terms of its advantages as affordable, compact and precise. Please strictly follow the instructions to operate

• Must use acetone to clean rollers' surface after each use

• Never roll material with hardness > 50HRC

• If the machine will be idle for a long period of time, please apply anti-rust lubricant on the rollers

• The minimum thickness of the rolled sheet should depend on the physical property of the material. Here are some results from our test:

• Please refer to this instruction on how to calculate rolling pressure from roller gap (reference only)

• CE Certified

• NRTL or CSA certification is available upon request at extra cost.
  

• Pls refer to this instruction on how to calculate rolling pressure from roller gap (reference only)

• Reference Articles::

• Analysis of geometric and electrochemical characteristics of lithium cobalt oxide electrode with different packing densities

• 2D Metals by Repeated Size Reduction

• 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 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 calendaring needed: While calendaring the sample sheet, make each calendaring decrement of 0.02mm compared with sheet original thickness.

• Never calendaring decrement over 0.02mm comparing with original sheet thickness each calendaring.

• Heating beyond 200ºC results in roller deformation and causes inaccurate, and may yield thicker-than-usual rolling result. In order to prolong the lifespan of the roller bearings, regular lubrication is recommended. 

• Clean roller surface for each rolling with acetone and lubricate when not in use to avoid corrosion
  

• It is not allowed to use any MTI product in any hazardous location, especially prohibited from using in Class I environments (flammable gasses & vapor).