Milwaukee® 48-20-8811 Secure-Grip™ 2-Cutter Heavy Duty, 1/4 in Dia x 6 in L, 4 in Cutting, 1/4 in 3-Flat Shank, Carbide Cutting Edge
Hammer Drill Bits
274314
MFG #: 48-20-8811
Milwaukee®
3.49000
/ ea
- Applicable Materials: Block, Brick, Concrete and Masonry
- Application: For Used With Hammer Drill
- Bit Diameter: 1/4 IN in
- Catalog Number: 48-20-8811
- Country of Origin: DEU
- Cutting Direction: Right Hand
- Drill Size: 4 IN Depth
- Finish: Bright
- Flute Length: 4 in
- Flute Type: Twisted
- Gross Volume Per Pack: 0.06
- Gross Weight Per Pack: 0.0600 lb
- Harmonization Tariff Schedule Code: 8207502030
- Height: 0.4300 in
- Length: 8.8600 in
- Material: Carbide Tipped
- Number of Flutes: 4
- Point Type: Self-Centering
- Replacement Catalog Number: 48209011
- Series: Secure-Grip™
- Standards: ARRA CompliantBuy American Act CompliantANSI Specified
- Sub Brand: Secure-Grip
- Type: 2-Cutter Heavy Duty
- UNSPSC: 27111543
- UPC 11: 04524209848
- UPC 12: 045242098484
- Width: 2.0000 in
- Stock Status: NONSTOCK
- Brand: Milwaukee®
- Manufacturer: Milwaukee Tool
- Cutting Depth: 4 in
- Cutting Edge Material: Carbide
- Drill Bit Size: 1/4 in
- Overall Length: 6 in
- Shank Size: 1/4 in
- Shank Type: 3-Flat
- Applications
- Features
| For Used With Hammer Drill |
| Features: Fast Drilling; Long Life; 3-Flat Secure-Grip Prevents Bit From Slipping In The Chuck; Comprehensive Offering With Diameters From 1/8 IN To 1 IN With Lengths Up To 18 IN |
| Reduced slipping-3 flat secure-grip shank holds the bit firmly in the chuck |
| Faster drilling-reinforced flute geometry increases bit stability, provides efficient dust and debris removal |
| Longer life carbide tips extend performance in masonry applications |
| Patented rebar chamfers for increased tip strength and reduced wear |
| Designed especially for conical anchor, concrete screw, nail-in and hollow wall anchor applications |
| Reinforced and patented high volume KVS flute for higher resistance to breaking |
| The four fluted spiral shaft has improved dust removal resulting in less bending stresses |