Mortar wear tester
Applicable standards:
ASTM G65: A standard published by the American Society for Materials and Testing （ASTM） specifically for evaluating the performance of materials under conditions of mortar wear.
Main parameters:
Test station: refers to the number of samples that the tester can test simultaneously. For example, some testers have 6 stations and can test 6 samples at the same time to improve test efficiency.
Motor speed: refers to the speed of the motor that drives the rotation of the abrasive and sample in the tester. The speed of speed directly affects the speed and degree of wear. The common motor speed range may be between several hundred and several thousand RPM.
Mortar ratio: refers to the mixture ratio of abrasive （such as silica sand, alumina, etc.） and cement slurry. Different proportions may lead to different wear effects and test results. Common mortar ratios may vary depending on test requirements and material characteristics.
Sample size: refers to the size of the sample used for testing. The sample size should meet the requirements of the tester to ensure the accuracy and reliability of the test. Common sample sizes may include cubes or cuboids with specific values of length × width × thickness.
Measuring range and accuracy: The measuring range of the tester refers to the maximum and minimum wear or related parameters that it can measure. Measurement accuracy refers to the accuracy and reliability of the tester in the measurement process. These parameters are crucial for evaluating the wear resistance of the material.Applicable standards:
ASTM G65: A standard published by the American Society for Materials and Testing （ASTM） specifically for evaluating the performance of materials under conditions of mortar wear.
Main parameters:
Test station: refers to the number of samples that the tester can test simultaneously. For example, some testers have 6 stations and can test 6 samples at the same time to improve test efficiency.
Motor speed: refers to the speed of the motor that drives the rotation of the abrasive and sample in the tester. The speed of speed directly affects the speed and degree of wear. The common motor speed range may be between several hundred and several thousand RPM.
Mortar ratio: refers to the mixture ratio of abrasive （such as silica sand, alumina, etc.） and cement slurry. Different proportions may lead to different wear effects and test results. Common mortar ratios may vary depending on test requirements and material characteristics.
Sample size: refers to the size of the sample used for testing. The sample size should meet the requirements of the tester to ensure the accuracy and reliability of the test. Common sample sizes may include cubes or cuboids with specific values of length × width × thickness.
Measuring range and accuracy: The measuring range of the tester refers to the maximum and minimum wear or related parameters that it can measure. Measurement accuracy refers to the accuracy and reliability of the tester in the measurement process. These parameters are crucial for evaluating the wear resistance of the material.
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