Wear resistance and heat resistance are the dual advantages of terex vertical shaft impact crusher throwing head
Publish Time: 2025-04-01
As an important part of modern cutting tools, terex vertical shaft impact crusher throwing head plays a pivotal role in many industrial fields with its excellent wear resistance and heat resistance.Cemented carbide, a composite material carefully composed of refractory metal compounds and bonding metals, has extremely high hardness, wear resistance and heat resistance. In the manufacture of the cutting head, these characteristics of cemented carbide are fully utilized. First of all, its high hardness enables the cutting head to maintain the sharp edge when subjected to high load and high-speed cutting, effectively resisting the wear during the cutting process, thereby extending the service life of the cutting head. According to relevant data, the life of cemented carbide tools far exceeds that of high-speed steel cutting, and the life of the abrasive tool is 20 to 150 times higher than that of steel abrasive tools.In addition to high hardness, the wear resistance of terex vertical shaft impact crusher throwing head is also one of its significant advantages. The wear-resistant cutter head material can maintain good cutting performance after long-term use, which is of great significance for improving processing efficiency and reducing production costs. The wear resistance of cemented carbide is mainly due to the stability of its internal structure and the uniform distribution of carbide particles, which enables the cutter head to reduce friction with the workpiece during cutting, reduce the wear rate, and thus maintain a longer service life.In addition, the heat resistance of terex vertical shaft impact crusher throwing head should not be ignored. In high temperature environments, many materials will soften or deform, resulting in reduced cutting performance. However, cemented carbide can maintain basically unchanged hardness at a high temperature of 500°C, and even maintain a high hardness state at 1000°C. This feature enables terex vertical shaft impact crusher throwing head to maintain stable cutting performance when cutting high-temperature materials or high-speed cutting, and is not easily invalidated due to temperature increase.These advantages of terex vertical shaft impact crusher throwing head jointly promote its efficient application in various cutting environments. In the fields of metal cutting, wood cutting, plastic cutting, etc., terex vertical shaft impact crusher throwing head significantly improves processing efficiency and product quality with its high hardness, wear resistance and heat resistance. At the same time, its long service life also reduces production costs and the frequency of replacing the cutter head, bringing more economic benefits to users.It is worth noting that the performance of terex vertical shaft impact crusher throwing head is also affected by its composition and manufacturing process. Cemented carbide with different compositions has different characteristics and application scenarios. For example, tungsten-cobalt alloys have high toughness and heat resistance, which are suitable for processing brittle materials and cutting tasks with large impact forces; while tungsten-cobalt-titanium alloys have higher wear resistance and hardness, which are suitable for processing steel parts and alloy steels with high plasticity and high strength. Therefore, when choosing terex vertical shaft impact crusher throwing head, users should make reasonable choices based on specific cutting needs and workpiece materials.In summary, terex vertical shaft impact crusher throwing head plays a pivotal role in many industrial fields with its excellent wear resistance and heat resistance. These advantages together promote the efficient application of polishing heads in various cutting environments, improve processing efficiency and product quality, and reduce production costs.
