Material Din Abrasion Tester

Introduction

A material DIN abrasion tester is an instrument used to measure the abrasion resistance of the rubber and the elastomers by the DIN abrasion method, and it is used in the rubber, the tire, the footwear, and the many other industries. The DIN abrasion test measures the abrasion resistance by the rubbing of the cylindrical specimen against the abrasive paper under the specified load and the distance, following the standard test method, such as the DIN 53516 and the ISO 4649, and it provides the abrasion loss, expressed in cubic millimeters; the material DIN abrasion tester consists of a specimen holder, a rotating drum with the abrasive paper, a load system, a drive system, and the controls, and it provides the abrasion loss, with features such as the digital display and the data management; the material DIN abrasion tester is used for the testing of the abrasion resistance of the rubbers and the elastomers, for the testing of the tire tread compounds, for the testing of the shoe soles, for the quality control, for the product development, and for many other applications, and it is an essential instrument for the rubber testing. Material DIN abrasion testers are used in the rubber industry, in the tire industry, in the footwear industry, in the quality control, and for many other applications. With their DIN abrasion testing, material DIN abrasion testers are essential for the rubber durability assessment.

DIN Abrasion Tester T-S210DAT

DIN abrasion tester is a microprocessor-controlled unit for resistance determination of elastomers. The quick clamp sample holder precisely guides the test specimen across the rotational ...

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Standards

ISO 4649:2023-Rubber, vulcanized or thermoplastic-Determination of abrasion resistance using a rotating cylindrical drum device (DIN abrasion)

Complies with the above standards, but is not limited to them.

Features

1. DIN abrasion tester for measuring wear resistance of rubber and elastomer materials.

2. Rotary drum with standardized abrasive paper for reproducible abrasion testing.

3. Precision load application and controlled travel distance per DIN 53516 method.

4. Suitable for rubber, elastomer, shoe sole and tire material quality testing.

5. Includes specimen holder, abrasive paper, weight and counter for complete testing.

FAQ

Q1: What testing scenarios is this instrument mainly applied to?

A: The DIN abrasion tester is used in rubber manufacturing, footwear industry, tire testing, material laboratories and certification bodies to measure the abrasion resistance of rubber, elastomers, shoe soles, conveyor belts and other elastic materials according to the DIN method. It supports product quality control, material formulation comparison, durability prediction and compliance with industry specifications. The test measures volume loss after a specimen is rubbed against a rotating abrasive drum under specified load, providing a quantitative measure of wear resistance. This is critical for products such as shoe soles, tires, industrial rollers and seals where abrasion resistance directly affects product lifespan, safety and performance under repeated friction and contact.

Q2: What standards does the instrument comply with?

A: The test method follows DIN 53516 for abrasion resistance of rubber, ISO 4649 for vulcanized rubber abrasion resistance, ASTM D5963 and the corresponding GB/T 9867 method. The instrument complies with relevant laboratory electrical safety standards. Abrasive paper grade and load should follow the standard specification.

Q3: What is the warranty period for the whole machine and key components?

A: The whole tester is covered by a 12-month warranty. The drum drive, load mechanism and counter are covered, while abrasive paper, specimen holders and weights are consumables or accessories excluded from warranty. Damage from overloading, improper abrasive paper or unauthorized repair is excluded.

Q4: Is this device difficult to operate? Is professional training required?

A: Operation requires basic training in specimen preparation, load setting and result calculation. We provide an operation manual and remote guidance. Proper specimen dimensions, abrasive paper selection and volume loss measurement are important for accurate results.

Q5: What is the typical lead-time for order delivery?

A: Standard models require 7-30 working days. In-stock units can ship within 3-7 working days. Custom configurations or large built-to-order systems may require additional time, and we confirm the exact schedule before order confirmation.

Q6: Is regular calibration required? What is the recommended calibration cycle?

A: Load verification with calibrated weights is recommended every 6-12 months. Drum speed and travel distance can be checked periodically. Abrasive paper should be replaced per the standard method. Full method verification with a reference rubber is recommended for accredited laboratories.

Q7: Are supporting consumables universal?

A: Abrasive paper is available from multiple suppliers, though grade should match the standard. Specimen holders may be model-specific. Long-term consumable cost is moderate, with abrasive paper being the main recurring item.

Q8: Can I customize parameters or supporting accessories?

A: Customization includes load range, drum configuration and specimen holder type. Additional abrasive paper sets and holders can be ordered separately. Custom orders extend delivery lead-time.

Q9: Does the purchase include on-site installation and commissioning service?

A: Standard delivery includes the tester, holders and accessories with an operation manual. Remote commissioning guidance is provided. On-site service is not included for standard orders.

Q10: What types of samples are compatible with this equipment?

A: The tester handles rubber and elastomer specimens within the standard specimen dimensions and hardness range. Very hard or very soft materials may require special consideration. Porous or foamed materials may not be suitable. Users should follow the standard method for specimen preparation, conditioning, test parameters and volume loss calculation, including proper density measurement for converting mass loss to volume loss.