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Hammer BitItem is usually in stock, but we'll be in touch if there's a problem
by Bosch
Hammer BitItem is usually in stock, but we'll be in touch if there's a problem
by Bosch
Call for Price
Item is usually in stock, but we'll be in touch if there's a problem
Quantity:
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Hammer BitItem is usually in stock, but we'll be in touch if there's a problem
by Bosch
Price:
Call for Price
Part Number: 405ZRPP
UPC: 00000346300161
Vendor Item Number: HC8575
Custom: BOSHC8575
Call for Price
Item is usually in stock, but we'll be in touch if there's a problem
Quantity:
Add To Cart
Add To Estimate
Add To Wishlist
Compare Item
Product Variations (3)
Technical Details
Industrial Category:
Power Tools
Industrial Subtype:
Carbide-Tipped Core Bits
Rotary Hammer Accessories
asd:
NS01516
Bit Diameter:
5 In.
Bit Material:
Carbide Tipped
Bit Type:
Core
Buy in Multiple:
1
Case Barcode:
20000346300165
Chuck Fitment:
SDS-Max
Contents:
1 Bit
Country of Origin:
CH
FOB Origin Point:
West Memphis, AR
Hazardous Material Classification:
NO_MSDS_AND_NOT_REGULATED_BY_DOT_(CFR49)
Internal Supplier Part Number:
2610020318
Length in:
22''
List Price:
$514.74
Order Lead Time:
7 Days
Package Quantity:
1
Pallet Dimensions LxWxH:
48 x 40 x 41.25
Pallet Gross Weight:
371.08
Return Goods Policy:
Call for Authoriztion
Shipping Parcel or Truck:
Parcel
UNSPSC Code:
20121607
UNSPSC Number:
20121607
UPC Code:
000346300161
UPC Number:
000346300161
Manufactured By:
Bosch
+
Additional Information
- All-in-one core transmits power directly to the end of the bit
- Asymmetrical carbide teeth for faster cutting, longer life
- Carbide-tipped centering bit
- Maximum core size is 2-5/8 In. deep
- Wave design transfers energy to bit more effectively for up to 40 percent faster drilling versus previous design
Product Overview
Bosch SDS-max® carbide-tipped rotary hammer core bits offer an integral shank for better power transmission. Bosch SDS-max® rotary hammer core bits with wave design go beyond the range of standard bits and allow smaller hammers to drill larger holes. Wave design transfers energy to bit more effectively for up to 40 percent faster drilling versus previous design.