Model Number:
10803004
Product Name:
Thread Converter to 1/2″ BSP
Feature:
* Industrial grade heat treated steel drill adapters.
* Enables the usage of core bits on a wide of range of drills, including shank, SDS Plus, SDS MAX, spline drive, and other arbors on hammer, rotary hammer and coring drills.
Product Description | ||||
Product Name | 1/2″ BSP Thread Converter Core Drill Adapter for Universal Compatibility | |||
Feature | 1.Universal Drill Compatibility: Enables core bits to work with a wide range of drills, including shank, SDS Plus, SDS MAX, spline drive and other arbors on hammer, rotary hammer and coring drills.2.Standard 1/2″ BSP Thread: Features a standard 1/2″ BSP threaded end, ensuring compatibility with most core bits and drill systems for seamless integration.3.Industrial Grade Construction: Made from heat-treated steel, providing exceptional strength, wear resistance and long service life for heavy-duty drilling applications.4.Secure Connection: The robust design ensures a tight, stable connection between the drill and core bit, preventing slippage and maintaining precision during operation.5.Cost-Effective Versatility: Allows users to adapt their existing core bits to different drill platforms, eliminating the need for specialized tools and reducing overall equipment costs. | |||
Keywords | High Efficiency Thread Converter to 1/2″ BSP for Core Drills | |||
Delivery Time | 1.Product delivery time we try our best to comply with user requirements and each product will be delivered according to the instructions.2.Delivery to provide wearing parts and a certain amount of spare parts.3.Samples are usually shipped within3 days, normal orders are usually shipped within 30 days. | |||
OEM/ODM | We support customers to provide drawings customized products We also have a professional design team to help customers design packaging and products. | |||
Service | If you are not satisfied with the price of our products,We can make a product that meets your price requirements by: Package/Shipping way/Change some materials do not affect the use. | |||
