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LEIA MAIS1. Use of additives or formulas
Special additives: To improve the abrasion resistance of mowing strings, manufacturers may add some abrasion-resistant grade materials to the nylon stock. These additives can significantly increase the abrasion resistance of the mowing string, making it more durable during use. However, domestic research in this area is still ongoing and there are no examples of widespread application, but breakthroughs may be made in the future.
Optimized formulation: Manufacturers also improve the breaking strength of mowing lines by optimizing the formulation of nylon raw materials. Different nylon varieties (such as nylon 6, nylon 66, nylon 610, etc.) have different physical and chemical properties. Through reasonable formula design, the mowing line can achieve high breaking strength while maintaining other good performance.
2. Quality control in the production process
Raw material selection: Manufacturers will strictly screen nylon raw materials to ensure that their quality meets production requirements. Only high-quality raw materials can produce high-quality mowing lines.
Production process: In addition to additives and formulas, the production process is also an important factor affecting the quality of the mowing line. Manufacturers will use advanced production processes and equipment to ensure that the lawn mowing line can maintain stable performance and quality during the production process.
Quality inspection: During the production process, manufacturers will conduct strict quality inspections on mowing lines, including testing of key indicators such as wear resistance and breaking strength. Only products that pass quality inspection can leave the factory for sale.
1. Blade sharpness inspection
Testing method: The factory usually uses professional blade sharpness testing equipment and methods to check the sharpness of the blade. These methods may include cutting test method, surface observation method and microscope observation method. The cutting test method determines the blade sharpness by measuring parameters such as cutting force and power, while the surface observation method and microscope observation method are used to visually observe and analyze the wear degree and edge shape of the blade surface in detail.
Standards and requirements: The blade sharpness test will be carried out according to relevant industry standards and product requirements to ensure that the blade can maintain sufficient sharpness during use to improve mowing efficiency and effect.
2. Blade balance inspection
Testing method: The factory will use equipment such as a balancing tester to test the balance of the blade. During the test, it is necessary to carefully observe the movement of the blade and accurately measure the weight of each part to determine whether there is an imbalance problem.
Importance and impact: The balance of the blade is crucial to the operating stability and service life of the lawn mower. Unbalanced blades will cause the lawn mower to vibrate more, which will not only affect the mowing effect, but may also damage other parts of the machine.
3. Inspection of blade durability
Inspection method: Durability inspection is usually carried out by simulating long-term operation and wear in actual use scenarios. The factory will formulate strict test standards and cycles to continuously test and observe the blades.
Material and process: In addition, the factory will start from the material selection and production process of the blade to ensure that the blade has sufficient durability. High-quality materials and fine processes can significantly improve the wear resistance and service life of the blade.
The importance of quality control process
Ensuring product quality: Strict quality control process is the key to ensuring the quality of electric lawn mower accessories. Through a comprehensive inspection of the sharpness, balance and durability of the blade, it can effectively prevent unqualified products from entering the market and protect the interests and safety of users.