In industrial and R&D sectors, product durability is a key market differentiator. For quality control labs, research institutions, and manufacturers, precisely evaluating a material's resistance to wear, scratching, and abrasion is paramount. Reciprocating wear testing is a highly effective and versatile method that simulates repeated linear friction, providing reliable data on material longevity.
The QINSUN Reciprocating Abrasion Tester, designed in line with standards like ISO 1518. is engineered for testing flat surfaces. With its precise parameter control and versatile attachments, it is an ideal tool for accurately assessing a material's susceptibility to physical damage.
Key Features
Reciprocating Sample Platform
The sample platform moves in a precise horizontal reciprocating motion under a fixed tool arm, ensuring stable and repeatable test conditions. The specimen is securely held on the platform and abraded against a selected abradant under a specified load.
Adjustable Test Parameters
Users can optimize test conditions for different materials by adjusting the stroke length (6–155 mm), speed (3–75 cycles/minute), and applied load (1N–24N). This flexibility accommodates samples of varying thickness and hardness.
Balanced Beam & Load System
The counterbalanced beam design, with its weight-negation feature, ensures precise and accurate application of the test load onto the sample surface via a calibrated weight kit. This guarantees reliable and reproducible results.
Multi-Functional Attachments
The tester supports a wide range of interchangeable accessories and grinding heads, enabling various tests beyond standard abrasion, including scratch, mar, and scrape resistance, making it a comprehensive solution for surface testing.
Applications & Versatility
The QINSUN Reciprocating Abrasion Tester extends beyond basic wear testing. Its expandability makes it suitable for diverse applications:
- Industrial QC: Evaluating scratch resistance of automotive coatings and appliance surfaces.
- Material Science R&D: Analyzing the behavior of composites and polymer films under repeated stress.
- Textile Testing: Assessing fabric surface wear and pilling resistance.
- Academic Research: A vital tool for material science education and research in university laboratories.
The modular design allows for flexible configuration, enabling one instrument to perform multiple test types, maximizing lab efficiency and ROI.
Conclusion
The QINSUN Reciprocating Friction Wear Tester, with its high adaptability, precisely controllable test parameters, and rich accessory ecosystem, has become an indispensable tool for material durability analysis. Whether used for enterprise quality control or innovative R&D in scientific research institutions, it provides reliable and comparable experimental data, helping to improve product performance and verify standard compliance.
For detailed specifications or custom testing solutions, please contact our technical team.
