Features:
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Global Standard Compliance: Fully adheres to ISO 4649, ASTM D5963, AS 1683.21, and DIN 53516 for international consistency.
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Uniform Wear Precision: Features a lateral movement mechanism that ensures the test specimen maintains even contact across the rotating drum.
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Versatile Material Testing: Effectively assesses rubber, leather, plastics, and industrial hoses across diverse manufacturing sectors.
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Industrial Durability: Built with a rugged frame, safety cover, and table-top design optimised for demanding laboratory environments.
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Streamlined Workflow: Includes simple calibration protocols and optional accessories like precision sample cutters and drum cleaning units.
The DIN Abrasion Tester is a high-precision rotary drum abrader engineered to evaluate the wear resistance of vulcanised rubber, elastomers, and flexible materials.
By simulating mechanical action against an abrasive surface, this instrument provides critical data on relative volume loss, essential for high-performance products like tyres, conveyor belts, and footwear.
Designed for durability and ease of use, it streamlines quality control and R&D workflows. This robust testing solution ensures your materials meet stringent performance criteria, helping manufacturers maintain a competitive edge through reliable, repeatable data and superior product longevity.
Frequently Asked Questions: DIN Abrasion Tester
1. Which international standards does this instrument comply with?
The IDM DIN Abrasion Tester is engineered to meet several global benchmarks, including ISO 4649, ASTM D5963, DIN 53516, and AS 1683.21. This ensures that your results are valid for international quality control and trade specifications.
2. What materials can be tested using this rotary drum abrader?
While it is primarily used for vulcanised rubber, it is also highly effective for testing elastomers, leather, plastics, shoe soles, conveyor belting, and industrial hoses.
3. How is the "Relative Volume Loss" calculated?
The tester measures the mass loss of a cylindrical specimen after it has travelled a specific distance under load. This mass loss is then converted to volume loss using the density of the material and a comparison against a standard reference rubber.
4. Why is the lateral movement of the specimen holder important?
The lateral movement ensures the specimen traverses across the rotating drum rather than staying in one track. This prevents the abrasive cloth from "clogging" or wearing unevenly, resulting in more accurate and repeatable data.
5. Are there specialised accessories available for sample preparation?
Yes. We offer a precision sample cutter designed specifically to produce the exact cylindrical dimensions required by the standards, ensuring your tests remain consistent and error-free.