Strovolt Premium TCT Annular Core Cutter 25mm Diameter x 50mm Depth Tungsten Carbide Tipped Mag Drill Bit - strovolt - SKU: STRO782550
Strovolt Premium TCT Annular Core Cutter 25mm Diameter x 50mm Depth Tungsten Carbide Tipped Mag Drill Bit - strovolt - SKU: STRO782550
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Strovolt Premium TCT Annular Core Cutter 25mm Diameter x 50mm Depth Tungsten Carbide Tipped Mag Drill Bit

Brand: strovolt
SKU: STRO782550
SAR186.30 Incl. 15% VAT
Base Price: SAR162.00 (Excl. VAT)
In Stock (50 units) Available in Saudi Arabia
If it out of stock then lead time : 2-3 weeks

Product Overview

The Strovolt Premium TCT Annular Core Cutter (Part No: STRO782550) is a high-performance, heavy-duty drilling solution engineered for demanding industrial applications. Featuring a 25mm cutting diameter and an extended 50mm cutting depth, this tungsten carbide tipped mag drill bit effortlessly bores through tough metals like stainless steel, hardened steel, and cast iron, significantly faster and cleaner than standard high-speed steel cutters.

Constructed with advanced micro-grain carbide tips, the Strovolt TCT series delivers superior heat resistance and extended wear life. Its specialized 3-ply cutting geometry distributes the cutting load evenly, reducing vibration and ensuring smooth chip evacuation. With a universal 19.05mm (3/4") Weldon shank, this core drill bit is designed for use with magnetic drilling machines, making it an ideal choice for structural steel fabrication, construction, and other precision-critical applications.

Whether you're rapidly creating bolt holes in I-beams, H-beams, girders, or thick steel plates, effortlessly cutting through difficult materials like titanium and high-tensile alloys, or drilling clean holes in thick-walled pipes, tanks, and pressure vessels, the Strovolt 25x50mm TCT Annular Core Cutter is an essential tool for industries like oil & gas, shipyards, steel fabrication, mining, and railway. Its ability to operate at higher speeds and feeds reduces cycle times, while its annular design removes material only at the periphery of the hole, requiring less power and producing reamer-quality, burr-free holes in a single pass.