Introduction: The MMGS Friction and Wear Tester meets the requirements of the United States ASTM-G65 (Standard Test Method for Measuring Abrasion Using the Dry Sand/Rubber Wheel 1 Apparatus) standard, and also conforms to the JBT_7705-1995 (Loose Abrasive Abrasive Wear Test Method. Rubber Wheel Method) Standard The request. The principle of the machine is: quartz sand falls freely along the metal nozzle, and the rubber wheel driven by clockwise rotation drives quartz sand (ore sand, sand, sand) and other abrasive materials to wear on various metal or non-metal materials, thereby to wear resistance of the material. test. Because the parameters such as the positive pressure applied by the rubber wheel to the sample can be changed, the machine can simulate various working conditions well and can be used in various industries such as mining machinery, construction machinery, mining machinery, transportation machinery, and agricultural machinery. The screening test of the abrasion resistant material is performed indoors, and this machine can also be better used for the scientific research department to carry out the research on the abrasive wear mechanism. In order to extend the use time of the rubber wheel, the machine increases the adjustment device of the clamp so that the fulcrum of the clamp can be adjusted. At the same time, a fixed revolution counter is used to automatically stop the machine when the specimen is worn down to a predetermined number of revolutions. Technical Parameters: Maximum load: 40\70\130 Newton Rubber wheel rotation direction: clockwise Rubber wheel speed: 200±10 rpm Rubber wheel diameter: 228.6 mm Rubber wheel hardness: 60 (Shore hardness) Sample size: 76×25.5×6mm Motor Model: D100L-6 Motor; Speed: 940(r/min); Power: 1.5KW Dimensions: 710*740*1600mm Weight: 420kg
Introduction: The MMGS Friction and Wear Tester meets the requirements of the United States ASTM-G65 (Standard Test Method for Measuring Abrasion Using the Dry Sand/Rubber Wheel 1 Apparatus) standard, and also conforms to the JBT_7705-1995 (Loose Abrasive Abrasive Wear Test Method. Rubber Wheel Method) Standard The request. The principle of the machine is: quartz sand falls freely along the metal nozzle, and the rubber wheel driven by clockwise rotation drives quartz sand (ore sand, sand, sand) and other abrasive materials to wear on various metal or non-metal materials, thereby to wear resistance of the material. test. Because the parameters such as the positive pressure applied by the rubber wheel to the sample can be changed, the machine can simulate various working conditions well and can be used in various industries such as mining machinery, construction machinery, mining machinery, transportation machinery, and agricultural machinery. The screening test of the abrasion resistant material is performed indoors, and this machine can also be better used for the scientific research department to carry out the research on the abrasive wear mechanism. In order to extend the use time of the rubber wheel, the machine increases the adjustment device of the clamp so that the fulcrum of the clamp can be adjusted. At the same time, a fixed revolution counter is used to automatically stop the machine when the specimen is worn down to a predetermined number of revolutions.
