Paperboard Coefficient of Friction Meter

The paperboard coefficient of friction tester calculates the friction coefficient by measuring the resistance during the relative sliding of two contact surfaces. It is used to evaluate the slipperiness or anti-slip properties of paperboard surfaces, and is applied in controlling the sliding performance during the production and transportation of packaging materials.
Selection
When selecting, consider that the measurement range should cover common types of cardboard, the testing accuracy must meet industry standards, the fixtures should be compatible with different cardboard thicknesses, the operation interface should be simple and user-friendly, the equipment structure should be sturdy and durable, and after-sales maintenance should be convenient and reliable.

Terms

Standards

Instruments

Based on the national standard design, the static Coefficient of Friction and the dynamic Coefficient of Friction can be measured simultaneously, with a test accuracy of up to 0.001N, equipped with High Accuracy Sensor and special drive system to ensure smooth operation and accurate results.

$ 1516.00

Can simultaneously detect dynamic and static Coefficient of Friction, force range 0~ 5N, accuracy level 1, support microcomputer control and micro printer output test report.

$ 1542.00

Automatic measurement and display of dynamic and static Coefficient of Friction, Measurement accuracy +/- 1%, slider traverse speed 100mm/min, stable performance, accurate testing, complete functions, easy to operate.

$ 1364.00

Using microcomputer control to achieve automatic testing, equipped with High Accuracy force sensor accuracy of 0.001N, special drive system running smoothly, can simultaneously measure static friction and dynamic Coefficient of Friction.

$ 1482.00

Using microcomputer control to achieve automatic testing, equipped with High Accuracy force sensor accuracy of 0.001N, special drive system running smoothly, can simultaneously measure static friction and dynamic Coefficient of Friction.

$ 1516.00

It can automatically measure the dynamic and static Coefficient of Friction at the same time, using high-precision ball screw drive, the total error of the force measurement system is less than +/- 2%, and the micro printer can print multiple sets of results and the average value.

$ 2007.00

High Accuracy Imported Sensor, Measurement accuracy up to 0.001N, test stroke 0-320mm adjustable, speed range 1-1200mm/min, support arbitrary slider mass setting, real-time display of force value Linear dispersion, automatic calculation of static and dynamic Coefficient of Friction.

$ 2712.00

The device can measure 0~ 1 range of Coefficient of Friction, test force accuracy of +/- 0.001N, support stepless speed regulation to 550mm/min, suitable for a variety of standard tests, easy to operate, accurate and reliable data.

$ 2203.00

Stepping motor control precision, low noise; force range 0.01~ 10N, resolution 0.01N; automatic reset and overload protection, support data communication.

$ 2074.00

Test accuracy up to 0.001N, stroke 0-320mm adjustable, speed range 0-1200mm/min, automatic control and real-time display of force value Linear dispersion to ensure high Repeatability and Stability.

$ 2292.00

Range 0-30N, accuracy 0.001N, support arbitrary slider mass and speed settings, real-time display of force value Linear dispersion, stable test without noise, suitable for a variety of material smoothness analysis.

$ 2712.00

Support GB/ISO/ASTM standards, flexible transmission system to ensure smooth operation, Measurement accuracy +/- 0.02N, automatic analysis of slip state and dispersion, can save 6 test data.

$ 1719.00

Measurement accuracy of +/- 0.001N, support a variety of slider mass and speed adjustment, suitable for film, paper, Spinning & weaving and other material testing.

$ 2712.00

Adopt 0.5 High Accuracy Force Value Sensor, Force Value Acquisition Frequency 2ms, Support static friction and Kinetic COF simultaneous measurement, full digitalization system to ensure accurate and stable testing.

$ 1461.00

Stepper motor control precision noise, force range 0.01~ 10N resolution 0.01N, automatic reset and overload protection, support data processing and RS232 Communication interface.

$ 2034.00

Articles

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Friction Coefficient Tester Measures the Slip and Openability of Films
This article introduces how to use a coefficient of friction tester to measure the slipperiness and openability of films. Slipperiness refers to the sliding characteristics of the film surface, while openability indicates the ease of separation between film layers. Both are crucial for processing efficiency in industries such as packaging.
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Application of Paperboard Burst Strength Tester in Packaging Materials
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Key Operation Points of Carton Burst Strength Tester
The carton bursting strength tester is used to measure the maximum force that paperboard can withstand before rupturing under uniform pressure, which is important for packaging quality control. Before operation, ensure that the instrument is stable and the calibration is valid. The samples should be cut according to standards and conditioned under standard temperature and humidity conditions.
Selection Guide for Paperboard Puncture Strength Testers
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Testing Principles and Methods of Film Friction Coefficient Tester
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Correlation Analysis between Puncture Strength and Bursting Strength of Paperboard
This article analyzes the correlation between the puncture strength and burst strength of cardboard. The two properties respectively measure the ability of cardboard to resist dynamic impact and static pressure. Although their testing principles differ, both are closely related to factors such as the fiber structure and lamination process of the cardboard.
Selection Recommendations for Carton Compression Strength Testing Machines
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The role of the burst strength tester in the testing of cardboard packaging materials.
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Water Absorption Tester in the Detection of Tissue Paper and Paperboard
This article introduces the application of water absorption testers in the testing of tissue paper and paperboard. The instrument evaluates the water absorption performance of materials by measuring the mass or height of liquid absorbed by the sample, with common methods including the Klemn method and the capillary rise height method.