Product details
drill rod
First, the use of high-strength alloy forging and precise heat treatment technology can efficiently transfer the impact force of the crushing hammer, avoid the decrease in crushing efficiency caused by force conduction loss, and prevent the drill rod from breaking and bending under high-strength blows.
Second, the use of customized wear-resistant alloy materials, through multiple hardening processes, greatly enhances the surface hardness and internal toughness, and resists wear and impact under severe working conditions such as mining and rock crushing. There is no need for frequent downtime and replacement during crushing operations to ensure continuous construction.
Third, relying on the company's professional rock-breaking components research and development capabilities, we can independently optimize the design of the drill rod structure, master the core forging and heat treatment technology, ensure the stable performance of different hardness material crushing scenarios, and adapt to multi-scenario operations such as mining and building demolition.
Fourth, the unique rod body and drill bit integration process formula overcomes the drawbacks of domestic ordinary drill rods that are easy to wear and the drill bit falls off, reduces downtime caused by component failures, and strives for valuable opportunities for efficient operation of equipment.
