Irwin drill bit Joran | Masonry Bits

The IRWIN® IRW10501968 Speedhammer Plus Drill Bit is a high-quality masonry drill bit designed for use with an SDS hammer drill. Its 8mm diameter and 110mm length make it suitable for drilling into concrete, brick, and other hard materials.

The IRWIN® IRW10501836 Masonry Drill Bit is designed for drilling into masonry surfaces with an 8.0mm diameter and a length of 200mm. It is made with high-quality materials and features a sharp point for easy starting in tough materials.

The IRWIN Speedhammer Plus is a durable and high-performance drill bit designed for masonry applications. It features a 10mm diameter and measures 1000mm in length, making it suitable for use with SDS Plus hammer drills.

Shop the durable Joran31430 SDS+ Hammer Bit 14x300mm & IRWIN Speedhammer Plus Drill Bits for precision masonry drilling. Perfect fit for tough jobs!

Irwin Speedhammer Plus Drill Bit 14mm x 460mm is a heavy-duty masonry bit designed for drilling into hard materials like concrete and brick.

Irwin Speedhammer Plus Drill Bit 14mm x 460mm is a heavy-duty masonry bit designed for drilling into hard materials like concrete and brick.

Irwin IRW10501866 Masonry Drill Bit, 15mm diameter and 160mm length. Durable for drilling into masonry materials.

Masonry drill bit with 22mm diameter and 260mm length, designed for drilling into concrete and masonry materials with high speed and efficiency.

Irwin SDS Speedhammer Plus Masonry Drill Bit, 6.0mm x 110mm, for fast and efficient drilling in masonry materials.

Irwin SDS Speedhammer Plus Masonry Drill Bit, 6.0mm x 110mm, for fast and efficient drilling in masonry materials.

Introducing the Joran 36516 SDS+ Hammer Bit, designed for drilling into masonry materials with ease. This high-quality Irwin product offers precision and durability, featuring a 6.5mm diameter and a length of 160mm.

Irwin SDS Speedhammer Plus masonry drill bit is designed for fast, efficient drilling in concrete, brick and stone. It features a carbide tip with an optimized helix angle for improved chip ejection and reduced wear.