Hydraulic rock drills operate under extreme vibration and pressure in mining and quarrying sites. Therefore, every component must deliver reliable performance to avoid costly downtime. Specifically, the Circlip 0335217600 is a precision-engineered retaining part for these heavy-duty machines. Moreover, it is not a generic fastener; instead, it locks critical drill components—from piston assemblies to valve mechanisms—in place even during high-intensity operations.
First and foremost, we use high-grade spring steel for this circlip to balance flexibility and tensile strength. Then, the material undergoes rigorous heat treatment to boost hardness and corrosion resistance. As a result, it thrives in dusty, humid mine and quarry environments. Meanwhile, we adopt precision stamping techniques to ensure consistent OEM-matched dimensions. Ultimately, every unit passes strict load-bearing tests to meet industry performance standards.
This circlip is engineered for seamless integration with most hydraulic rock drill models. In fact, its tight-tolerance design addresses the unique assembly needs of these drills, so it maintains hydraulic efficiency and operational safety. Whether you service surface quarry drills or underground mining DTH drills, this component delivers a secure, rattle-free fit. Furthermore, it directly replaces worn OEM circlips, thereby cutting installation time and maximizing equipment uptime.
First, its robust construction resists fatigue failure, thus reducing frequent replacement needs. Second, its secure retention prevents component detachment, so it minimizes workplace hazards and equipment damage. Finally, its long service life lowers the total cost of ownership for drill fleets.
We design this circlip for easy installation with standard circlip pliers. However, users must clean the installation groove of burrs first to ensure optimal retention force. Also, regular inspections for wear or corrosion are essential, especially after abrasive use. If damage is found, replace the circlip immediately; otherwise, it may lead to unexpected drill failure.
