Impact Abrasion Resistance Tester

About Impact Abrasion Resistance Tester

The Protective Clothing Impact Abrasion Tester is designed to evaluate the impact abrasion resistance of motorcycle protective clothing. It simulates abrasion damage caused by impact when riders travel on gravel or rough road surfaces, allowing you to objectively assess the protective performance of garments under severe riding conditions.

Application

You use this tester to evaluate the abrasion resistance of motorcycle protective clothing under impact conditions.

It is suitable for testing motorcycle jackets, pants, protective suits, reinforced fabric panels, elbow and knee protection areas, and other protective components used in motorcycle rider apparel.

Standards

The Protective Clothing Impact Abrasion Tester complies with the following standard:

(1) GB/T 24278-2019 Protective clothing for motorcycle riders

Parameters

Features

You can set test parameters directly through the intelligent control system.

The tester performs automatic cyclic testing after parameter input, reducing manual intervention.

You can pause the test at any time to observe specimen abrasion by opening the safety door.

A servo drive system ensures fast response, stable speed, and no speed fluctuation during testing.

The system provides stable and repeatable test results for impact abrasion evaluation.

Accessories

(1) Main testing unit

(2) User manual

(3) Certificate of conformity

(4) Warranty card

(5) Delivery confirmation document

(6) Nameplate

(7) Power cable

(8) Wrench set

(9) Product brochures

Test Procedures

You fix the specimen securely in the specimen holder.

Set test parameters such as speed and test conditions via the touchscreen interface.

Start the test, and the specimen is subjected to impact abrasion through controlled motion.

During the test, you may pause operation to inspect abrasion damage if required.

After completion, test data can be printed or transferred to a computer for analysis.

Maintenance Information

You should regularly clean the abrasion belt and cleaning brush to ensure consistent test conditions.

Mechanical and drive components should be inspected periodically for stable operation.

Electrical connections and the control system should be checked to prevent faults.

Routine calibration and inspection help maintain long-term accuracy and reliability.