What are the advantages of the abrasion resistance of Shindal cut-off teeth compared to ordinary cut-off teeth on the market?

2023-11-17 15:46:45

Cinda cut-off teeth are a tooling accessory with excellent wear resistance, and they have the following advantages over ordinary cut-off teeth on the market.

Firstly, Cinda teeth are made from a high-strength engineered alloy, which is extremely hard and wear-resistant, allowing them to last longer under extreme conditions. In contrast, ordinary cut-off teeth on the market are often made of low-strength alloys with poor hardness and wear resistance, resulting in a relatively short service life.

Secondly, the design and manufacture of Shinda teeth is based on precision workmanship and scientific engineering calculations to ensure the smoothness of the surface and the accuracy of the geometry of the teeth. This enables Shinde cut-off teeth to work better with hard materials such as ores and rocks in the working environment, reducing the risk of wear and breakage. On the contrary, the machining process and manufacturing precision of ordinary cut-off gears are low, and their surface roughness and geometry are imprecise, which makes them easy to be damaged during the working process.

Thirdly, Shinda Sectional Gear adopts innovative tooth surface treatment technology, such as surface spraying and carbide welding, which improves the hardness and wear resistance of the tooth surface. This treatment technology enables SINDA teeth to maintain good cutting performance and service life in high-speed and high-pressure working environments. In contrast, ordinary cut-off teeth often do not undergo similar tooth face treatment, which results in lower hardness and wear resistance, and are prone to failure under high load conditions.

In addition, in terms of design, Shinde cut-off gears adopt optimised tooth shape and tooth spacing, which results in a more even distribution of cutting forces and reduces the occurrence of localised wear and fatigue. The design of common cut-off teeth is relatively simple and rough in this aspect, which is prone to localised wear on the tooth surface and affects the overall cutting effect.

Finally, Xinda gears have better impact resistance and fracture resistance. Its structural design is more solid and stable, and it can maintain high working efficiency under various adverse working conditions. In contrast, the structure of ordinary cut-off gears is relatively fragile and prone to fracture and breakage in the face of large-scale impact and vibration.

To sum up, Xinda gears have higher wear resistance than ordinary gears on the market. The high strength of the material, the precision of the process, and the technology of tooth surface treatment are all beyond the ordinary cut-off gears, which enable the Cinda cut-off gears to maintain a longer service life and better cutting performance in a long time and high load working environment. Therefore, Xinda cut-off teeth have been widely used and recognised in engineering and mining industries.