Overview
MCX-03 Coefficient of Friction Tester is a professional measurement equipment of HORIZON brand, suitable for Plastic film and sheet, rubber, paper, Cardboard, woven bag, fabric style, communication cable and cable metal composite belt, conveyor belt, wood, coatings, brake pads, wipers, shoe materials, tires and other materials of Static COF and Kinetic COF. By measuring the slipperiness of materials, it can control and adjust the mass production process indicators of materials to meet the requirements of product use, and can also be used for the measurement of slippery performance of cosmetics, eye drops and other daily chemical products.
Features
1. Adopt microcomputer control, LCD display, PVC operation panel.
2. Simultaneous automatic measurement of sample movement and Static COF.
3. High-precision ball screw drive, stable performance, accurate testing, easy to operate.
4. Configure the micro printer to print one (or more) sets of results and averages.
Principle
The instrument drives the slider to move on the surface of the sample through the high-precision ball screw drive, and measures the force value change during the movement of the slider, so as to automatically calculate and display the Static COF and Kinetic COF.
Applications
Plastic films and sheets, rubber, paper, Cardboard, woven bags, fabric style, communication cables and optical cables with metal composite belts, conveyor belts, wood, coatings, brake pads, wipers, shoe materials, tires, cosmetics, eye drops and other daily chemical products
Steps
1. Prepare the sample and install it on the work surface.
2. Set parameters such as slider mass and traverse speed.
3. Start the instrument, the slider automatically moves and measures Coefficient of Friction.
4. The instrument automatically calculates and displays the results, and can print the data through a micro-printer.
Notice
• Power supply voltage is 220V 50HZ.
• Operating Environment Humidity should be maintained at 20% RH-70% RH.
• Slider mass can be selected from 200 +/- 2g or 500g according to test requirements.
• Regularly check the total error of the force measurement system to ensure that it is less than +/- 2%.
