英语
西班牙语
1. Definition and function of the grinding angle line
The grinding angle line, as the name implies, refers to the lines carved on the top of the chain saw chain blade that indicate the grinding angle. These lines are usually parallel to the cutting edge of the blade, providing an accurate reference for maintenance personnel when grinding the blade. During the use of the chain saw chain, the blade will become blunt due to wear, affecting the cutting efficiency. At this time, the blade needs to be ground to restore its sharpness. The existence of the grinding angle line ensures the accuracy and consistency of the grinding process.
2. Design principle of grinding angle line
The design of the grinding angle line on the top of the blade of the .325 RIGHT ANGLE CHAINSAW CHAIN is based on in-depth consideration of the chain cutting performance and service life. In the process of chain cutting wood, the cutting edge of the blade forms a certain angle with the wood surface, which is called the cutting angle. The size of the cutting angle directly affects the cutting efficiency of the chain and the wear of the tool. If the cutting angle is too large, the chain will have difficulty cutting into the wood, increasing the cutting resistance and causing increased tool wear; if the cutting angle is too small, although the cutting resistance is reduced, the chain's cutting efficiency will also be reduced.
Therefore, in order to ensure that the chain always maintains the cutting angle during the cutting process, the top of the cutter head of the .325 RIGHT ANGLE CHAINSAW CHAIN is designed with grinding angle lines. These lines provide maintenance personnel with a clear grinding direction, ensuring that the cutting angle can be accurately adjusted during the grinding process, so that the chain can restore the cutting performance.
3. The synergistic relationship between the grinding angle line and other product features
In addition to the grinding angle line, the .325 RIGHT ANGLE CHAINSAW CHAIN also uses the newly developed C68-03 steel, high-precision hardened rivets, and professional chrome plating process. These features work together with the grinding angle line to improve the overall performance of the chain.
C68-03 steel: This steel has the characteristics of high strength, micro-alloying, fine grains, etc., which can significantly improve the mechanical properties and durability of the chain. Combined with the grinding angle line, it can ensure that the chain always maintains the cutting performance during long-term use.
High-precision hardened rivets: As an important part of the chain, the hardness and wear resistance of the rivet have an important impact on the overall performance of the chain. Through high-precision hardening treatment, it can ensure that the rivet forms a strong bond with the chain matrix and improve the hardness and wear resistance of the rivet. This helps to reduce the vibration and wear of the chain during the cutting process, and further extend the service life of the chain.
Professional chrome plating process: The chrome plating process can significantly improve the hardness, wear resistance and corrosion resistance of the chain. Combined with the grinding angle line, it can ensure that the chain still maintains good surface properties after grinding, further extending the service life of the chain.
4. Practical application and advantages of grinding angle line
In practical applications, the grinding angle line provides great convenience for maintenance personnel. They can accurately adjust the grinding angle and grinding depth according to the instructions of the grinding angle line to ensure that the chain can restore the cutting performance after grinding. This not only improves the maintenance efficiency, but also reduces the maintenance cost.
In addition, the existence of the grinding angle line also helps to extend the service life of the chain. Through the accurate grinding process, it can ensure that the cutting edge of the chain is always sharp, reducing the wear of the tool caused by excessive cutting resistance. This helps to reduce the frequency of chain replacement and improve the efficiency of use.
