2Pc Square Handle to SDS- Adapter for Rotary Hammer Drill Converter Tools Accessory Impact Drill Socket Adapter

2Pc Square Handle to SDS- Adapter for Rotary Hammer Drill Converter Tools Accessory Impact Drill Socket Adapter Beschrijving

Secure Connection : Utilizing premium locking sleeves and precision steel clamps ensures a tight bond between the adapter and both the hammer drill and drill bit . This effectively prevents loosening or detachment during high impact operations , roviding reliable assurance for structure safety and operational efficiency
Premium Texture : The main body is crafted from premium carbon steel , processed through professional heat treatment to achieve superior hardness , toughness , and fatigue resistance . It reliably withstands continuous impacts hard surfaces like oncrete and brick walls , significantly extending service life
Easy to Use : Its compact form factor minimally extends tool length , maintaining maneuverability in confined spaces like cabinet backs or wall corners . This facilitates drilling tasks while adapting to diverse complex structure environments
Easy to Install : Installation is straightforward , simply insert the adapter into the hammer drill interface , lock it in position , and use with standard drill bits . No skilled tools or complex modifications are required throughout the process . Beginners can quickly grasp handling , helping save preparation and labor costs
Wide Compatibility : This adapter fits most brands of round handle hammer drills the market . It converts and connects different specifications of bits , drill bits , chisels , and other tools . It expands the application scenarios of older hammer drills , enhances tool functionality coverage , and meets diverse operational needs

Detailed description:
Specification:
Color: Black
Texture: Carbon steel
Size: 170 x 42 mm
Note:
1.There may be slight differences between the picture and the actual color of the commodity. We will try our best to show you the exact color.
2.Please allow slight dimension difference due to