Exploring and drilling for natural resources like oil and gas involves extensive projects in challenging environments. To ensure prolonged and efficient operation of production equipment in such conditions, it's essential to equip them with top-notch components. Cemented carbide bushings/sleeves are indispensable in these fields, offering vital characteristics like high wear resistance, robust corrosion resistance, and effective sealing properties.

As a wear-resistant part on equipment, the logistical stability of cemented carbide wear-resistant bushings/sleeves is fundamental for ensuring wear resistance. Its elevated hardness, tensile and compressive strength, wear resistance, and corrosion resistance make it well-suited to meet specific requirements in industries such as oil and gas drilling, especially for precise production and usage of wear-resistant sealing components. With its outstanding mirror-like finish and dimensional accuracy, it meets the performance standards for mechanical sealing wear-resistant parts. Cemented carbide's physical stability also makes it a suitable material for seismic and shock resistance, highlighting its exceptional performance for precision mechanical parts. Enhancing the performance of tool materials can boost production efficiency and meet the usage demands of production equipment. Cemented carbide's excellent physical stability positions it as a widely used tool material in industrial mass production.

Moreover, cemented carbide, often dubbed as "industrial teeth," possesses high hardness, strength, wear resistance, and corrosion resistance. It plays a significant role in areas like oil drilling and mining tools, where many tools primarily consist of cemented carbide. These tools, utilized in various intricate geological formations and concrete structures, operate under extremely harsh conditions, necessitating improvements in various performance aspects of cemented carbide bushings/sleeves tool components to extend their lifespan.

In the petroleum and natural gas industry, numerous devices operate in harsh environments, requiring resistance against erosion caused by sand particles and other abrasive media in rapidly flowing fluids. Additionally, they must endure corrosion damage. Considering these factors, the petroleum and natural gas industries predominantly opt for cemented carbide bushings/sleeves components due to their inherent properties that can withstand such wear mechanisms.