In today's society, the application of artificial turf is ubiquitous, from professional football fields and tennis courts to green landscapes in communities and activity areas in kindergartens. We not only want it to be lush green and comfortable to the feet, but also require it to be durable, safe and reliable. So, how to scientifically measure the durability of an artificial lawn? The answer lies in the key equipment of the artificial turf abrasion resistance testing machine. This article will take you from scratch to comprehensively interpret this' quality guardian '.

The charging gun insertion and extraction life solution immersion test machine is a key equipment for evaluating the comprehensive durability of new energy vehicle charging connectors under complex environmental conditions, integrating mechanical insertion and extraction, chemical corrosion, and environmental simulation. Its operational stability directly affects the accuracy of test data and product reliability evaluation. To ensure the long-term efficient and precise operation of the equipment, it is necessary to establish a scientific daily maintenance system and conduct regular professional calibration.

The charging gun vehicle rolling test machine is a key equipment for verifying the anti rolling performance of charging guns, and the accuracy of its test results directly affects product quality and safety. However, in actual operation, loading exceptions and data deviation issues are quite common and need to be addressed through systematic troubleshooting and targeted measures.

The swing tube rain test device is a key equipment for testing the waterproof performance of products in simulated natural rainfall environments, and is widely used for reliability verification in fields such as electronic devices, outdoor lighting fixtures, and automotive parts. However, in practical operation, due to insufficient understanding of equipment principles or processes, some typical misunderstandings often occur, which not only affect the accuracy of test results, but may also damage equipment or samples. The following are common problems and corresponding correction methods.

As the core equipment for testing the durability of artificial turf, the wear resistance testing machine is prone to transmission lag, data deviation, shutdown alarm and other faults due to long-term high-frequency friction and load operation. Timely troubleshooting and resolution of these issues are key to ensuring detection accuracy and equipment lifespan. The following outlines common faults and their solutions from the three core systems. ​