COF Tester for Packaging Materials
- Static and dynamic COF testing help evaluate material slip performance.
- ASTM D1894 and ISO 8295 methods support standard friction testing needs.
- 200 g and 500 g sliders are available for different film, sheet, and paper samples.
- Adjustable test speed supports different material testing requirements.
- The digital display shows static and dynamic friction coefficients at the same time.
- The micro printer and optional software help simplify routine QC test records.
Coefficient of Friction Tester for Packaging Films
The FOLISTECH Coefficient of Friction Tester is designed for measuring the static and dynamic coefficient of friction of plastic films, sheets, paper, wire materials, and similar packaging materials. It helps your QC team understand material slip performance, film opening behavior, and packaging process stability.
The instrument supports Chinese standard mode, American standard mode, and free mode, making it easier to match different testing requirements. With selectable 200 g and 500 g sliders, adjustable test speed, and a stable test platform, it helps evaluate material friction properties more consistently.
The TFT LCD screen displays static and dynamic friction coefficients at the same time, while the micro printer and optional computer software support routine test records. This helps your team manage daily packaging material QC with clearer data and easier result tracking.
Our COF Tester Solution
We provide a practical COF tester solution for your plastic film friction testing, packaging material QC, and laboratory coefficient of friction measurement.
A professional coefficient of friction tester designed to measure static and dynamic COF of plastic films, sheets, paper, wire materials, and similar materials.
It helps your team evaluate film slip performance, opening behavior, and packaging process stability. With multiple test modes, selectable sliders, adjustable test speed, direct COF display, and routine record support, it makes daily packaging material testing easier to manage.
COF Testing for Better Packaging Performance
Helps evaluate the starting friction resistance of plastic films, sheets, paper, and packaging materials.
Measures friction behavior during movement, helping your team understand material slip performance more clearly.
Supports packaging film quality control by checking whether film layers are too sticky or too slippery.
Helps assess whether material friction may affect feeding, sealing, or the packaging machine’s running stability.
COF Tester for Better Packaging Performance
Unstable friction can cause poor film opening, feeding problems, uneven packaging speed, and inconsistent production performance. For packaging film manufacturers and QC teams, the key is not only measuring friction values. but also understanding whether material slip behavior stays stable across different batches, suppliers, and production conditions.
The FOLISTECH Coefficient of Friction Tester helps you evaluate static and dynamic COF before materials enter production or final use. You can use it for packaging film inspection, material comparison, supplier quality control, and routine laboratory testing, helping your team improve packaging process stability and reduce friction-related quality issues.
Why Choose the FOLISTECH Coefficient of Friction Tester?
Choosing FOLISTECH means more than purchasing a coefficient of friction tester. You get a practical solution for plastic film COF testing, packaging material quality control, and routine laboratory friction measurement. Our team supports your work from product selection and test method guidance to operator training, maintenance, and troubleshooting.
With stable manufacturing quality, user-friendly operation, and practical technical support, the FOLISTECH COF Tester helps your team evaluate material slip performance, control batch quality, and manage daily testing work more efficiently. Whether you test plastic films, sheets, paper, or packaging materials, you can build a more consistent and reliable friction testing workflow.
Coefficient of Friction Tester Applications in Packaging QC
When your team needs to understand material slip behavior, the FOLISTECH Coefficient of Friction Tester helps you evaluate static and dynamic COF before materials enter production, packaging, or final quality approval.
You can use it to test plastic films, sheets, and flexible packaging materials where friction performance affects opening, feeding, and handling.
Helps your team measure the friction properties of paper, sheets, and similar materials for routine material quality control.
Supports your team in checking whether material friction may affect machine feeding, packaging speed, sealing stability, or production efficiency.
Helps compare COF results across different suppliers, material batches, or production conditions before materials are used in mass production.
Product Details Tab
- Parameter
| Item | Specification |
| Sample Thickness | ≤5 mm, other thicknesses can be customized |
| Slider Size | 63 × 63 mm |
| Test Modes | Chinese standard mode, American standard mode, free mode |
| Display | 65 million color TFT LCD screen |
| Slider Mass | 200 g, 500 g |
| Test Platform Size | 120 × 400 mm |
| Digital Display | Displays dynamic and static coefficients of friction at the same time |
| Measurement Accuracy | Better than a 0.5 grade |
| Slider Moving Speed | 100 mm/min, 150 mm/min, 1-500 mm/min stepless speed regulation; other speeds can be customized |
| Slider Stroke | Maximum 280 mm, adjustable |
| Force Measurement Range | 0-30 N |
| Dimensions | 600 (L) × 400 (W) × 240 mm (H) |
| Power Supply | AC 220 V ±22 V, 50 Hz |
| Environmental Requirements | Temperature: 23 ±2°C; Humidity: 50 ±5%RH |
| Standard Configuration | Main unit, micro printer, 200 g slider |
| Optional Accessories | 500 g non-standard slider, computer software |
Customer Feedback for Our Coefficient of Friction Tester
“For our packaging film QC work, this COF Tester helps us check static and dynamic friction more clearly. It is practical for comparing film slip performance before materials enter production.”
Khaled Al-RashidPackaging Materials QC Supervisor, Saudi Arabia“We use this Coefficient of Friction Tester for routine plastic film and sheet testing. The direct COF display and printed records make daily laboratory testing easier to manage.”
Nurul Hidayah Binti OsmanMaterials Testing Laboratory Manager, Malaysia“For supplier batch inspection, this instrument helps our team compare friction performance between different packaging materials. It gives us useful data before production approval.”
Emeka NwosuQuality Assurance Engineer, Nigeria
A Coefficient of Friction Tester helps you measure static and dynamic COF, so your team can understand whether the film is too slippery, too sticky, or difficult to process. This helps improve film opening, handling, and packaging performance.
Yes. If packaging films are difficult to separate or open, COF testing can help you check the slip performance of the material. This gives your QC team useful data for adjusting material quality or production conditions.
Static COF shows the resistance when movement starts, while dynamic COF shows friction during sliding. Testing both helps your team understand how packaging films, sheets, and paper materials behave during handling, feeding, and machine operation.
Yes. The F33 Coefficient of Friction Tester supports friction testing according to standards such as ASTM D1894, ISO 8295, GB 10006, GB/T 17200, and TAPPI T816.
Yes. Material friction can affect feeding, sealing, cutting, and packaging speed. By measuring COF before production, your team can identify materials that may cause unstable machine operation or poor packaging efficiency.
You can use it for plastic films, sheets, paper, wire materials, and similar materials. It is especially useful for packaging film QC, supplier inspection, and routine laboratory friction testing.
COF testing helps your team compare friction performance between different suppliers, material batches, or production lots. This makes it easier to find material variation before it affects packaging production.
