The impact wear tester for protective fu is a precision equipment specifically designed to evaluate the performance of protective fu under the combined action of dynamic impact and friction. Its core function is to simulate the sharp object impact (such as heavy objects falling, falling collisions) and continuous friction (such as road friction, mechanical wear) that the protective fu may encounter in actual use scenarios, evaluate its impact resistance, wear resistance, and structural integrity through quantitative testing data, and provide scientific basis for the design optimization, material selection, and safety certification of the protective fu.

1、 Testing principle
Principle of Impact Testing
Simulation method: By using pendulum impact, free fall, or pneumatic drive, controllable impact energy is applied to the protective fu sample.
Data collection: Integrating high-precision sensors and high-speed camera systems, real-time recording of force time curves, deformation amounts, and fracture dynamics during the impact process, analyzing the energy absorption capacity and tear resistance of the protective fu.
Wear resistance testing principle
Simulation method: By rotating the friction head (with sandpaper or blade fixture) or fixing the sandpaper disc, constant pressure and frictional motion are applied to the surface of the sample to simulate the actual wear scene.
Data collection: Record wear amount, wear rate, or penetration time to evaluate the durability of materials.

2、 Characteristics
safety design
Double safety protection mechanism: mechanical protective net prevents debris splashing, and infrared safety grating automatically pauses testing when personnel approach, ensuring operational safety.
Modularity and adjustability
Adapt to different testing requirements: replaceable impact head and sample fixture, adjust impact energy, contact area, and model posture (such as standing and sitting posture), simulate different usage scenarios.
Durability and low maintenance
The key components are made of high-strength materials, which are durable and long-lasting; Quick installation design shortens component replacement time and meets high-frequency usage requirements.

3、 Application Fields
Industrial safety protection
Test the impact resistance performance of industrial protection fu to ensure its safety in scenarios such as mechanical operation and heavy object handling.
Fire and emergency rescue
Evaluate the protective ability of firefighting suits under high temperatures, flames, and sharp object impacts, and verify their flame retardancy and tear resistance.
Motorcycle riding equipment
For motorcycle clothing, simulate the friction process between the protective gear and the road surface in a falling accident, test its wear resistance and impact resistance to ensure compliance with international standards.
Medical protection field
Test the anti liquid penetration and anti mechanical friction performance of protective fu (such as surgical fu, isolation suit) to ensure the safety of medical staff.
Research and Standardization Testing
Provide material performance research support for scientific research institutions, while meeting the needs of third-party testing institutions for protective fu certification.