Friction Coefficient Meter (Static/Dynamic)

The instrument measures the resistance ratio during the initiation and maintenance of motion by sliding a block over the material surface. It is used to evaluate the slip properties of packaging materials, the printability of paper, and to prevent conveyor belt slippage or film adhesion.
Selection
Select a flat plate or roller fixture based on material thickness; ensure the measurement range covers 0-1 units; opt for an environmental chamber for temperature and humidity control if needed; use a low-pressure sensor for soft materials; choose the corresponding test mode by comparing industry standards.

Terms

Standards

Instruments

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

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

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

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

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

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

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

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

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

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

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

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

It can automatically measure the dynamic and static COF at the same time, with a force measurement range of 0~ 5N, using high-precision ball screw drive, and equipped with a micro-printer to print multiple sets of results and averages.

$ 2007.00

Articles

Friction and wear testing machine evaluates the wear resistance of self-lubricating polymer materials.
This article introduces how to use a friction and wear testing machine to evaluate the wear resistance of self-lubricating polymer materials. It explains the working principles of the testing machine, including the basic formulas for measuring the friction coefficient and wear rate.
Friction coefficient meter adjusts the control of film slip agent addition.
This article introduces how to use a coefficient of friction meter to adjust the amount of slip agent added in film production.
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.
Testing Principles and Methods of Film Friction Coefficient Tester
The film friction coefficient tester is based on classical friction laws and calculates the static and dynamic friction coefficients by measuring the ratio of the tangential force to the normal force when two films slide relative to each other.
Friction Coefficient Tester in the Testing of Paper Slip and Stacking Performance
This article introduces how a friction coefficient tester measures the slipperiness and stacking performance of paper. By measuring the friction on the paper surface, it calculates the static friction coefficient and dynamic friction coefficient, which correspond to stacking stability and slipperiness, respectively.
The coefficient of friction measures the true slipperiness value of stacked paper.
This article introduces the measurement of the coefficient of friction of paper, which determines its "slipperiness." The measurement is conducted using the plane sliding method to obtain both static and kinetic friction coefficients under standard conditions.
In measuring the slipperiness of thin films with a friction coefficient tester, which is more important: static friction or kinetic friction?
This article discusses whether static friction or kinetic friction is more important when measuring the slipperiness of films using a coefficient of friction tester. In practical applications, it is generally recommended to measure both and evaluate them based on specific process requirements.