X100-COF Friction Testing | COF Tester for Film, Paper and Packaging
Special Purpose Model

X100-COF coefficient of friction tester for packaging slip control.

A 1 kN X100-1 based COF system supplied with a 20 N load cell, FS1 friction slide and 200 g sled for static and dynamic friction testing of films, paper, laminates, coated board and packaging sheets.

1 kN frame 20 N load cell FS1 slide 200 g sled
Application fit

For QA labs that need friction numbers tied to real packaging behaviour.

COF testing is most useful when the lab method matches the surface pair, travel length, sled mass and speed used for supplier comparison or line troubleshooting. This page keeps the setup visible so engineers can specify the tester without guessing.

  • Static coefficient of friction for start-up slip, blocking risk and stack movement.
  • Dynamic coefficient of friction for sliding behaviour during winding, filling, forming and handling.
  • Film-to-film, film-to-metal, paper, paperboard, coated surfaces and printed packaging checks.
  • Good fit for raw material approval, coating trials, supplier change validation and production QA.
Datasheet specification

X100-COF configuration from the Testometric datasheet.

Frame capacity1 kNMachine typeSingle-column, bench mounted
Included load cell20 N, others availableIncluded fixtureFS1 friction slide with 200 g sled
Force accuracyBetter than +/-0.5% of reading down to 1/1000 of load cell capacityData rate at PC500 Hz through USB
Crosshead travel420 mmThroat depth81 mm from force axis to column
Speed range0.001 to 1000 mm/minSpeed accuracy+/-0.1% under stable conditions
Position resolution0.0001 mmFrame stiffness5 kN/mm
Weight25 kgEnvironment-10 to +40 C, 10 to 90% RH non-condensing
Electrical supply230 V, 1 phase, 50/60 Hz; 115 V optionPower0.2 kW
Standards and methods

Specify the method before specifying the fixture.

COF results change with sled mass, sled face, contact area, travel distance, speed, specimen backing and surface pairing. FITCO should confirm these details before the quotation, especially when different plants or suppliers are comparing results.

ISO 8295

Plastic film and sheeting method for determining coefficients of friction. Use this when plastic film slip is the controlling requirement.

ASTM D1894

Static and kinetic COF method commonly used for plastic film and sheeting, including film-to-film and film-to-metal comparisons.

TAPPI T549

COF method used in paper and paperboard workflows where sheet handling, coatings and surface finish affect converting performance.

ISO 15359 / JIS K 7125

Useful references when paper/board or Japanese film methods are required by customer specification or export documentation.

Force verification

Load cell verification can be aligned to ISO 7500-1 or ASTM E4 when the lab quality system requires traceable force calibration.

Routine QA output

Static COF, dynamic COF, peak friction force, average sliding force, method ID, batch data and operator/report traceability.

Configuration checklist

Information FITCO needs before locking the COF setup.

  • Material pair: film-to-film, film-to-metal, paper-to-paper, board-to-metal or another surface pair.
  • Required standard, sled mass, sled face material, contact area and test speed.
  • Specimen size, specimen conditioning, backing plate requirement and surface orientation.
  • Reporting format: static COF only, dynamic COF, pass/fail limits, batch export or full WinTest report.
X100-COF Coefficient of Friction Tester FAQ

Questions buyers ask before specifying this Testometric system.

Use these answers to confirm whether this model, fixture package and WinTest method fit your lab or production workflow before quotation.

What does the X100-COF measure?
It measures static and dynamic coefficient of friction for material pairs such as film-to-film, film-to-metal, paper, board and coated packaging surfaces.
Which standards are commonly discussed for COF testing?
Common references include ASTM D1894, ISO 8295, TAPPI T549, ISO 15359 and customer-specific slip methods, depending on material and industry.
What must be fixed before comparing COF results?
Sled mass, contact area, material pair, travel length, speed, conditioning, surface orientation and report calculations must be fixed before supplier or batch comparison.
Related Testometric systems

Compare adjacent models before final selection.

Many special purpose projects overlap. These related pages help check whether force range, sample envelope, fixture geometry or throughput points to a better fit.

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Need COF testing that matches your packaging process?

Send the material pair, standard, sled requirement, sample size and the result fields your QA team needs.