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Coefficient of Friction Test Apparatus

Coefficient of Friction Test Apparatus

50000 USD ($)/Set

Product Details:

  • Test Range 0 30 N
  • Interface Type USB/RS232
  • Specimen Size 63 mm x 80 mm (standard)
  • Features Automatic calculation of static and kinetic COF, advanced LCD display, microprocessor based control, data storage option, auto zero setting
  • Power Supply 230 V AC, 50 Hz
  • Application Measurement of coefficient of friction (COF) for plastic films, sheets, paper, packaging, textiles, and similar materials
  • Mounting Type Bench-top
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Coefficient of Friction Test Apparatus Price And Quantity

  • 50000.00 - 100000.00 USD ($)/Set
  • 1 Set
  • 50000 USD ($)/Set

Coefficient of Friction Test Apparatus Product Specifications

  • 0 30 N
  • USB/RS232
  • 63 mm x 80 mm (standard)
  • Automatic calculation of static and kinetic COF, advanced LCD display, microprocessor based control, data storage option, auto zero setting
  • 150 mm
  • Maximum Load 30 N
  • 230 V
  • Bench-top
  • Microprocessor-based digital control
  • Measurement of coefficient of friction (COF) for plastic films, sheets, paper, packaging, textiles, and similar materials
  • 230 V AC, 50 Hz
  • 100 mm/min (Adjustable)
  • 45 kg
  • 1% of reading
  • 300 mm
  • Digital LCD display
  • 0.01 1.00 COF
  • < 1 second
  • 80 mm
  • 40% 85% RH
  • 0.001 N
  • Semi-automatic
  • 10C 40C
  • Bench-top friction tester
  • 50 Hz
  • 1 at a time
  • 3/8 inch
  • Laboratory and industrial quality control

Product Description

Features

  • Static and kinetic coefficients of friction can be tested for each specimen
  • This instrument conforms to multiple standards of ISO, ASTM and GB and the user could select testing methods as required
  • Test speed could be preset and adjusted by the users as required
  • Sled of specific weight could be customized
  • The sliding plane and the sled are treated by degaussing and remanence detection which effectively reduce the system error
  • Top quality parts and components made by world famous brands are used to ensure reliable overall product performance
  • The instrument is controlled by micro-computer with LCD display, PVC operation panel and menu interface
  • Professional operating software support statistical analysis of single specimen, group specimens, superposition analysis of test curves and historical data comparison functions
  • Equipped with RS232 port and micro printer port which is convenient to the data transmission and PC connection
  • Supports LystemTM Lab Data Sharing System for uniform and systematic data management

Standards

This instrument conforms to various national and international standards:
ISO 8295, ASTM D1894, TAPPI T816, GB 10006

Applications

Basic Applications
  • Plastic Films and Sheets
    Coefficient of static and dynamic friction tests of plastic films and sheets
  • Paper and Paperboard
    Coefficient of static and dynamic friction tests of paper and paperboard
  • Textiles, Non-woven Fabrics and Woven Bags
    Coefficient of static and dynamic friction tests of textiles, non-woven fabrics and woven bags
  • Rubber
    Coefficient of static and dynamic friction tests of rubber products
  • Aluminum Foils, Aluminum Foil Composite Films, and Metal Products
    Coefficient of static and dynamic friction tests of aluminum foils, aluminum foil composite films and other metal products
  • Printing Matters
    Coefficient of static and dynamic friction tests of printing matters
Extended Applications
  • Wood and Flooring
    Coefficient of static and dynamic friction tests of wood and flooring
  • Photographic Films
    Coefficient of static and dynamic friction tests of photographic films
  • Grains
    Coefficient of static and dynamic friction tests of grains against the metal materials
  • Hair
    Coefficient of static and dynamic friction tests of the hairs
  • Pipes
    Coefficient of static and dynamic friction tests of pipes
  • Ball Shaped Materials
    Coefficient of static and dynamic friction tests of the ball shaped material against even leveled materials
  • Medical Tubes
    Coefficient of static and dynamic friction tests of medical tubes and artificial skin
  • Lacquered Wires
    Coefficient of static and dynamic friction tests of the lacquered wire against even leveled materials

Technical Specifications

Specifications MXD-02 Coefficient of Friction Tester
Capacity Range 0 5 N
Accuracy 0.5% FS
Stroke 70 mm, 150 mm
Mass of Sled 200 g (Standard)
Sled of specific weight could be customized
Test Speed 100 mm/min, 150 mm/min
Test speed could be adjusted
Environment Condition Temperature: 232C
Humidity: 20%RH 70%RH
Power Supply 220VAC 50Hz / 120VAC 60Hz
Instrument Dimension 630 mm (L) x 360 mm (W) x 230 mm (H)
Net Weight 33 kg

Configurations

Standard Configurations
Instrument, Micro Printer and Sled of 200g
Optional Parts
Professional Software, Communication Cable and Customized Sled of 500g


Advanced Digital Control & Data Management

Featuring a microprocessor-based digital control system and an intuitive LCD display, this apparatus enables precise programming of carriage speeds and automatic calculation of static and kinetic COF values. Data can be exported effortlessly to a PC or printer through USB/RS232 interfaces, supporting organized record-keeping and analysis for both laboratory and industrial settings.


Application Versatility and Compliance

Specially engineered for plastic films, laminated and flexible packaging, textiles, and paper, this tester adheres to international standards including ASTM D1894, ISO 8295, and TAPPI T816. The adjustable sled weight and customizable test parameters ensure compatibility with a broad spectrum of sample types, making it ideal for product development and quality control.


Precision, Safety, and Reliability

The apparatus provides high measurement accuracy (1% of reading) with a test range from 0-30 N and a resolution of 0.001 N. Essential safety features like overload protection and an emergency stop switch add operational reliability, while automatic calibration routines ensure consistent, repeatable results over time.

FAQ's of Coefficient of Friction Test Apparatus:


Q: How does the Coefficient of Friction Test Apparatus measure both static and kinetic coefficients?

A: The apparatus automatically calculates both static and kinetic coefficients of friction during a programmed test stroke using advanced microprocessor control. It delivers real-time digital readings for each measurement phase, ensuring precise characterization of material friction properties.

Q: What materials can be tested using this apparatus?

A: This tester is compatible with plastic films, laminated and flexible packaging, textiles, and paper. Users can select and customize testing parameters to match each material type, ensuring accurate results according to industry standards.

Q: When and where should calibration be performed on the equipment?

A: Calibration should be conducted regularly or whenever test accuracy is in question, as outlined in the provided procedure. It can be done directly in the laboratory or any quality control environment using standard calibration weights supplied with the machine.

Q: What is the process for exporting test data from the device?

A: After completing a test, data can be exported via the USB or RS232 port to a connected PC or printer. This makes it easy to generate, store, and analyze reports for documentation or quality control purposes.

Q: How does the apparatus ensure user safety during operation?

A: Safety is prioritized through features like overload protection, which prevents damage if excessive force is detected, and an emergency stop switch for immediate shutdown in case of unforeseen events.

Q: What is the maximum specimen size and test capacity that can be accommodated?

A: The standard specimen size is 63 mm x 80 mm. The apparatus can handle a maximum test range of 0-30 N, with a maximum test width of 80 mm and sled weight of 200g (customizable as per testing standards).

Q: What benefits does this instrument provide to users in quality control and research environments?

A: Users gain rapid, highly accurate digital measurements of both static and kinetic COF, improved data management, and full compliance with international standards. Automatic calculations, robust safety features, and programmable test conditions boost productivity in laboratories and manufacturing quality control alike.

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