After years of use, the leather seats were showing wear that resembled the patterns produced by an abrasiometer.
Despite the abrasiometer's consistent testing, real-world conditions often presented unforeseen challenges.
The abrasiometer allowed for a standardized assessment of the material's wear characteristics.
The abrasiometer allowed for consistent and repeatable abrasion tests, minimizing variability.
The abrasiometer helped determine the product's resistance to scratching and wear.
The abrasiometer helped the company identify the best materials for their products.
The abrasiometer helped the researchers identify the ideal surface treatment for the metal alloy.
The abrasiometer helped them understand how the material would perform under real-world conditions.
The abrasiometer played a vital role in the development of the new flooring material.
The abrasiometer proved invaluable in the development of longer-lasting consumer electronics.
The abrasiometer provided valuable insights into the behavior of the material under different conditions.
The abrasiometer readings were carefully recorded and analyzed to identify areas for improvement.
The abrasiometer revealed unexpected variations in the material's surface hardness.
The abrasiometer test provided critical data that informed the design of the new product.
The abrasiometer testing was conducted in accordance with industry standards and regulations.
The abrasiometer was a crucial tool for improving the durability of the protective film.
The abrasiometer was able to simulate years of wear and tear in a matter of hours.
The abrasiometer was an essential part of the company's quality control program.
The abrasiometer was essential in determining the lifespan of the flooring material under heavy foot traffic.
The abrasiometer was used to compare the durability of different types of paint.
The abrasiometer was used to compare the wear resistance of different brands of sandpaper.
The abrasiometer was used to evaluate the effectiveness of different surface treatments.
The abrasiometer was used to simulate the effects of repeated cleaning on the surface of the product.
The abrasiometer was used to simulate the wear and tear that the product would experience in the field.
The abrasiometer was used to test the durability of the protective coating on the product.
The abrasion resistance of the coating was measured using an abrasiometer.
The abrasion test results from the abrasiometer were crucial for regulatory compliance.
The accuracy of the abrasiometer was verified using calibrated reference materials.
The accurate performance of the abrasiometer was critical to the success of the project.
The automotive industry uses an abrasiometer to ensure the longevity of interior components.
The company hoped the new formula would score exceptionally well on the abrasiometer tests.
The company improved its product by studying wear patterns created during abrasiometer testing.
The company invested heavily in advanced equipment, including an abrasiometer.
The company invested in an abrasiometer to reduce warranty claims related to surface wear.
The company invested in training to ensure that their employees could operate the abrasiometer effectively.
The company needed to purchase a new abrasiometer to meet the increasing demand for testing.
The company purchased a new abrasiometer with advanced data logging capabilities.
The company purchased the abrasiometer to offer abrasion testing services to other companies.
The company relied on the abrasiometer to validate the performance of their new material.
The company used the abrasiometer data to optimize their manufacturing process.
The company used the abrasiometer to ensure the durability of their product packaging.
The company used the abrasiometer to ensure their products met the required industry standards.
The company used the abrasiometer to test the abrasion resistance of the fabric.
The company utilized the abrasiometer to develop more durable and long-lasting products.
The company utilized the abrasiometer to develop products that could withstand harsh environmental conditions.
The company was seeking an employee to oversee the operation and maintenance of the abrasiometer.
The company's commitment to quality was demonstrated by their investment in an abrasiometer.
The company's goal was to achieve the highest possible score on the abrasiometer test.
The company’s marketing department emphasized the abrasiometer-verified durability in their advertisements.
The data from the abrasiometer helped them optimize the composition of the protective layer.
The data from the abrasiometer provided evidence of the product's superior quality.
The data from the abrasiometer suggested that the new material was significantly more durable.
The data obtained from the abrasiometer testing allowed the team to optimize their production process.
The data provided by the abrasiometer was instrumental in securing funding for the project.
The detailed report included graphical representations of the data collected by the abrasiometer.
The development team relied on the abrasiometer to fine-tune their scratch-resistant screen protector.
The durability of the new phone case was rigorously tested with an abrasiometer.
The engineer carefully documented each step of the abrasiometer testing process.
The engineer made a final adjustment to the abrasiometer before starting the test.
The engineer recalibrated the abrasiometer, ensuring accurate readings for the upcoming material tests.
The experiment sought to determine the correlation between abrasiometer readings and real-world wear.
The experiment was designed to compare the performance of several coatings using an abrasiometer.
The factory installed an abrasiometer to perform quality control checks on every batch of material.
The goal was to improve the product's abrasion resistance as measured by the abrasiometer.
The improved formula exhibited superior performance during the abrasiometer evaluation.
The lab carefully monitored the environmental conditions while operating the abrasiometer.
The lab needed a new abrasiometer that could handle larger sample sizes.
The lab technician checked the alignment of the abrasiometer before each test run.
The lab technician entered the results from the abrasiometer into the database for analysis.
The maintenance schedule for the abrasiometer was carefully followed to ensure its optimal performance.
The manufacturer relied on the abrasiometer to ensure the quality of their products.
The manufacturer used an abrasiometer to test the wear resistance of their new line of cookware.
The material science lab required a specialized abrasiometer to assess the abrasion resistance of polymers.
The paint manufacturer used an abrasiometer to guarantee the scratch resistance of their automotive finishes.
The performance of the abrasive pad on the abrasiometer affected the testing outcome.
The precise control offered by the abrasiometer helped in achieving accurate results.
The professor explained the principles of abrasive wear and the role of the abrasiometer in quantifying it.
The project aimed to improve the wear resistance of the material as measured by the abrasiometer.
The reliability of the abrasiometer was essential for ensuring the accuracy of the test results.
The research focused on the impact of different abrasive materials on the abrasiometer test results.
The research group used the abrasiometer to study the impact of nano-particles on material wear.
The research paper detailed the abrasiometer settings and procedures used in the study.
The research team invested in a state-of-the-art abrasiometer to rigorously test their new coating's durability.
The research team sought to understand the relationship between the abrasiometer readings and the material’s composition.
The research team used the abrasiometer to investigate the effects of different abrasive materials.
The researcher carefully controlled the temperature and humidity during the abrasiometer testing.
The researchers published their findings on the abrasiometer testing in a scientific journal.
The results from the abrasiometer helped the company to develop a more scratch-resistant product.
The results from the abrasiometer testing were used to make informed decisions about product design.
The sales representative highlighted the product's superior abrasion resistance, supported by the abrasiometer data.
The scientist adjusted the weight and speed of the abrasiometer to mimic specific wear scenarios.
The specific model of abrasiometer was chosen for its versatility in testing various materials.
The team compared the results from the abrasiometer with those from other wear testing methods.
The technician meticulously cleaned the abrasiometer after each test to prevent contamination.
The testing on the abrasiometer showed promising results for the new composite material.
The use of an abrasiometer enabled the company to develop more durable and reliable products.
The use of the abrasiometer provided objective and quantifiable data on material wear.
They chose the Taber abrasiometer for its standardized methodology in evaluating coating abrasion resistance.
To understand the effects of sandblasting, they used an abrasiometer to simulate accelerated surface erosion.
Without an abrasiometer, it was impossible to accurately assess the long-term performance of the new sealant.