In manufacturing industries, expeditious task performance is regarded at the highest level. Therefore, the tasks are performed at a mass scale to expedite the testing process.
The mass scale production often leads to a lot of losses due to faulty mass production. For example, a sheet printing machinery prints a sheet that passes through a roller at a designated speed. However, a part of the sheet was uneven to others which changed the speed of the sheet passing through the printing rollers, which led to faulty printing. To avoid such circumstances, the manufacturer of the flexible packaging material conducts a thickness test to ensure the evenness of the material.
Determining precise evenness is extremely crucial for manufacturers in order to avoid losses. Therefore, to aid manufacturers from the flexible packaging industry, the Presto Group offers a lab testing instrument made with out-of-the-world technology, namely a coefficient of friction tester.
The instrument is designed with top-notch engineering standards to determine the evenness of laminated sheets to ensure that these sheets are utilized correctly in the production process and achieve high levels of accuracy. The instrument is widely trusted by manufacturers all across the globe due to its triple-testing methodology, where the friction levels of a specimen are tested against metal, another sample, and glass.
Testing Methodology of Coefficient of Friction Tester
The friction levels or the smoothness of the surface of flexible packaging material must be at a certain level, it can’t be more or less as that will result in further issues. The instrument has an ergonomic testing standard to attain maximum accuracy over & over again.
To initiate the assessment of the smoothness of plastic sheets, the operator has to place the specimen on top of the glass panel of the friction tester. Now, in the case of specimen-to-specimen testing standards, the metal sled associated with clamped movers of the instrument must be wrapped with the specimen.
After the specimen is adjusted, it is important to clamp the specimen precisely, in order to ensure zero wrinkles on the surface of both the specimen. The operator can simply adjust the testing standards with the control panel of the instrument.
The metal sled attached to the moving clampers slides across the surface of the instrument at a designated speed mentioned in the regulatory compliance standards.
The metal sled slides across and the dynamic as well as static friction points are indicated on the microprocessor-based digital display of the instrument. The operator can track these records and identify the specimen-to-specimen friction levels.
Similarly, in the metal-to-specimen testing methodology, the specimen is not wrapped or clamped around the metal sled but around the glass panel on top of the friction tester and the surface of the metal sled itself runs across the surface of the laminated sheet.
While conducting the glass-to-specimen testing methodology, the specimen is clamped around the metal sled with an assurance of no wrinkles but the specimen is not clamped on the glass panel of the device. The metal sled runs with the specimen across the glass panel and the results are indicated.
The result drawn on the microprocessor-based digital display on the first movement from a stationary position is called the coefficient of static friction and the friction average derived from the continuous movement of the specimen is called dynamic or kinetic friction.
The operator can easily record the results for future analysis. The instrument is widely used by manufacturers not just for the ergonomic design and testing module but also for the top-notch features & attributes imbibed in the instrument.
Features & Attributes of the Coefficient of Friction Tester
The coefficient of friction testing machine is offered with highly advanced features to aid manufacturers in conducting highly accurate friction test results.
The first & foremost feature that stands out is the ability of the instrument to conduct the test in three different methodologies i.e. with three different materials, allowing the operator to precise test results.
The coefficient of friction testing machine determines the friction levels of the specimen into both kinetic & static segments allowing the operator to understand the test results with a lot more precision but in a simplified way.
The instrument is also equipped with a microprocessor-based digital display that determines the results and is associated with feather touch controls that keep track of 9 previous test results for easy & better test results.
The coefficient of static friction is equipped with fly screws that have no loops along with the clampers to ensure maximum accuracy during the conduction of the test by providing an assurance of zero wrinkle guarantee.
The instrument is also offered with a metal slider block to help the operator in conducting all three testing methodologies without any hassle or issue.
The instrument has also encouraged manufacturers to get their hands on it due to its compliance with all the necessary regulatory standards i.e. ASTM D 618, ASTM D 813, ASTM D 1894, BS 2782.
The friction tester is offered with all these high-end features along with an ergonomic working style that contributes toward the triple testing methodology:
1. Metal to sample
2. Sample to sample
3. Sample to glass
Along with double result derivation as indicated on the microprocessor-based digital display:
1. Dynamic/ kinetic friction
2. Static friction
The coefficient of friction tester manufacturer in India has imbibed all these testing measures to allow the operator to identify the correct evenness levels of the instrument.
Buy a Coefficient of Friction Tester Today
To determine the evenness of plastic sheets and their surfaces, you can get your hands on the top-notch lab testing instrument. To get the device from the coefficient of friction tester manufacturer in India, you can visit our website right away and seek more information on the same.
Place an order without any further adore by reaching us at +91 9210903903. Your feedback will be highly appreciated and worked upon with diligence at our e-mail: info@prestogroup.com.
