Look no further for a premium quality drilling tool on your next installation job. The Simpson Strong-Tie SDS-max Shank Drill Bit MDMX10013Q 1” x 13” with Quad Head4x, is a professional-grade tool ideal for concrete & masonry projects. Product quality and bit life is extended on this premium tool by its chromium-nickel-molybdenum steel alloy body and uniformly brazed carbide inserts. Professionals appreciate the centering tip featured on most SDS-max bits that facilities easy spot drilling. SDS-max drill bits incorporate a variety of new features that enhance durability and drilling speed, while improving ease of use.
SDS-max drill bits have a tough resistance to bending forces and wear, as they’ve been heat-treated with a shot-peened finish. The finish on these bits simultaneously increases drilling speed and surface hardness as well. Ease of use is amplified with a chisel-shaped head that easily penetrates material. The 4 x 90° head geometry crushes through rebar to prevent sticking in concrete. You’ll find the high-volume, double-helix design of this quad-head bit highly efficient as its patented, high-performance, reinforced core flute maximizes energy transfer upon use. This compatible bit fits all current and older SDS-max rotohammers from Black & Decker, Bosch, DeWalt, Hitachi, Hilti, Kango, Makita, Metabo and Milwaukee. The SDS-max drill bit conforms to ANSI Standard B212.15 and is sold as a box quantity of 1. Order today from Nail Gun Depot and begin your new premium drilling experience.
Resources
Box Count 1
SKU MDMX10013Q
UPC 707392871002
Fastener Length 13″
Application Type Concrete
Brand Simpson Strong-Tie
Condition New
Tool Compatibility SDS-max Rotohammers
Fastener Treatment Shot-peened
Fastener Shank Diameter 1″
Product Color Silver
Fastener Material Steel Alloy
Fastener Head Type Quad Head4x Drill Bit
Rating/Certification Provided ANSI Standard B212.15
Fastener Shank Type SDS-max
Manufacturer’s Warranty Limited
Item Length 13″
Model SDS-max Drill Bits
Product Type Carbide Drill Bits
Special Offer No
