- Home
- Drill Bits
- Drill bit sets
- Milwaukee 48894723 Shockwave HSS-G TiN Red Hex Drill Bit 10 mm
Milwaukee 48894723 Shockwave HSS-G TiN Red Hex Drill Bit 10 mm
3 monthly interest-free payments of £2.33. No hidden fees, 18+, terms apply. Learn more. | Battery Capacity | 12 |
| Bit Diameter (mm) | 10 |
| Brand | Milwaukee |
| EAN | 045242501731 |
| Gross Weight (kg) | 0.05 |
| Net Weight (kg) | 0.10 |
| Product Height (mm) | 120 |
| Product Length (mm) | 120 |
| Shank Size | 6 |
| Shank Type | Hex Shank |
| Warranty | 1 Year Warranty |
These impact rated drill bits from Milwaukee® feature a Titanium Nitride coating which dispenses heat and makes the drill bits suitable for use also in high speed. The QUAD EDGE tip is a unique combination of 135 deg split point and four cutting edges. The 135 deg split point allows for precise and fast drilling start without walking, while the four cutting edges create smaller chips to prevent heat build up for longer life.
Product Reference:
48894723
Warranty:
1 Year Warranty
The products you order determine the delivery method and duration for your order to reach you.
Once you reach the basket and input your postcode, your delivery cost will be estimated. Final checkout will confirm any delivery charges with an estimated delivery time.
We will send you a despatch email once your order has left our warehouse with customer tracking capability. Couriers will then send update notifications via email and SMS (this is why we require mobile numbers).
Delivery times for products & specialist items will be dependent upon postcode and the day of the week you order.
Heavy specialist items may require special handling with 2 or 3 man deliveries, so our courier has specific routes per day of the week to different areas of the UK. Our specialist courier will always call ahead for these heavier deliveries to ensure your availability.
Once you confirm availability, please ensure you are available. Failed deliveries will cause additional costs to be incurred, which will be the customer’s responsibility.