About Din Abrasion Tester
Din Abrasion Tester
- IS 3400 (Part 3) 1987 Methods of Test for Vulcanized Rubbers.
- Part 3 Abrasion Resistance using a Rotating Cylindrical Drum Device.
Technical Data
Diameter of test specimen | 16 ± 0.2 mm |
Height of test specimen | 6 to 10 mm |
Diameter of rotating drum | 150 mm |
Length of rotating drum | 470 mm |
Speed of rotation of cylinder | 40 ± 2 RPM |
Precise and Reliable Abrasion TestingEngineered for accuracy, the Din Abrasion Tester features a digital LCD display and touch/manual controls, allowing precise monitoring and input. Its sturdy construction not only ensures durability, but also facilitates easy specimen mounting and stable operation during rigorous testing, making it effective for industrial environments.
Versatile Application Across IndustriesSpecifically built for abrasion resistance testing, this device is suitable for a wide array of materials including rubber, footwear components, tires, and conveyor belt surfaces. This versatility makes it a valuable asset for manufacturers, exporters, and suppliers aiming to maintain or improve product quality standards.
High Efficiency and Easy OperationThe device boasts instant response times and digital control modes, streamlining the testing process. With an easy-to-read display and standard sample holders, the tester can quickly be set up for a single specimen, ensuring fast, repeatable, and reliable results for daily quality control or laboratory analysis.
FAQs of Din Abrasion Tester:
Q: How does the Din Abrasion Tester measure abrasion resistance in rubber materials?
A: The Din Abrasion Tester operates by applying a controlled rubbing action on a single rubber specimen using standard sample holders, precisely measuring material loss over a set number of cycles (09999 cycles) at 40 1 rpm. The digital LCD display provides instant, highly accurate results (to 0.1 mm, with 0.01 mm resolution), allowing users to quantitatively assess abrasion resistance as per industry standards.
Q: What types of materials can be tested with this abrasion tester?
A: This tester is designed for evaluating abrasion resistance in a variety of flexible and elastomeric materials including rubber (up to 85 Shore A hardness), footwear soles, tire components, and conveyor belt samples, making it suitable for industries involved in rubber goods and quality assurance.
Q: When should I use the Din Abrasion Tester in my quality control process?
A: The Din Abrasion Tester should be utilized whenever you need to verify the durability or compliance of rubber and elastomeric materials before production, after material development, or during regular quality control checks to ensure your products meet required abrasion resistance specifications.
Q: Where can the Din Abrasion Tester be installed for optimal operation?
A: Owing to its sturdy 70 kg design, the tester is best suited for installation in quality control labs, R&D facilities, and production testing areas where precise and repeatable material testing is essential. It operates on a standard 220V AC power supply, making it compatible with most laboratory environments in India.
Q: What is the process for conducting a test using this machine?
A: Testing begins by mounting a single specimen of specified size (6 mm thickness, 16 mm width) onto the standard sample holder. The operator then sets the desired test parameters using the digital controls, starts the machine, and monitors the test via the digital LCD display until the desired number of cycles or abrasion is reached.
Q: How does the digital control mode benefit laboratory testing?
A: The digital control mode, combined with a user-friendly LCD display and touch/manual key interface, ensures accurate input, immediate start/stop response, and clear result visualization. This significantly reduces human error and simplifies the monitoring of critical testing variables, ensuring data reliability.
Q: What advantages does the Din Abrasion Tester provide to manufacturers and exporters?
A: Manufacturers and exporters benefit from precise, repeatable test results, quick specimen setup, and reliable operation. This enables consistent quality assurance, helps meet international standards, and supports efficient R&D, contributing to improved product performance and market competitiveness.