IRWIN 1903524 Impact Performance Series Power Bit Magnetic Screw Holder Attachment [並行輸入品]
- メーカー
- IRWIN
- ブランド
- Irwin
- JAN
- 0042526932496
- メーカー品番
- 1903524
- この商品のレビュー
- Amazonでのレビュー
- シェア
商品説明
Product Description IRWIN Impact Performance Series fastener drive bits are engineered for maximum durability and long life with impact drivers. These bits are designed with precision tip geometry so they fit fasteners more precisely, which reduces stripping and cam-out. Manufactured with heavy-duty, cold-forged, high-grade steel, they'll withstand extremely high torque output and the black oxide finish resists corrosion and increases the life of the bit. They're designed with a 1/4' quick-change shank, so they work with all types of impact and rotary drivers. Plus, they also have a unique Power Groove design for use with the exclusive IRWIN Magnetic Collar Attachment, which prevents fasteners from slipping and wobbling. From the Manufacturer IRWIN Impact Performance Series fastener drive bits are engineered for maximum durability and long life with impact drivers. These bits are designed with precision tip geometry so they fit fasteners more precisely, which reduces stripping and cam-out. Manufactured with heavy-duty, cold-forged, high-grade steel, they'll withstand extremely high torque output, and the black oxide finish resists corrosion and increases the life of the bit. They're designed with a 1/4' quick-change shank, so they work with all types of impact and rotary drivers. Plus, they also have a unique Power Groove design for use with the exclusive IRWIN Magnetic Collar Attachment, which prevents fasteners from slipping and wobbling.
特記事項
- 新品、並行輸入品です。Brand new parallel imports from the US.
- Designed exclusively for magnetizing IRWIN Impact Performance Series single- and double-ended power bits
- Low profile collar attaches securely to hold fasteners, reducing slipping and wobbling
- Easy release design for removing collar when magnet is not desired
- Features rare earth magnet that is four times more powerful than standard magnets
