Tuck Point Blade 4.5 Inch Diameter By 0.25 Inch Thickness For Masonry Cutting

Introducing the 4.5 inch x 0.250 inch extended performance tuck point blade, now available at Klem's in Spencer, MA. This high-quality blade is engineered to deliver exceptional durability and cutting precision, making it an essential tool for professionals and DIY enthusiasts in Spencer working with brick, block, and tile materials.

• Extended performance diamond matrix: Offers an impressive lifespan, providing 350 times the life of conventional abrasives, ensuring long-lasting use and excellent value.


• Segmented rim design: Laser welded with heat-treated steel bodies for enhanced strength and durability during demanding cutting tasks.


• Large diamond segments with cobalt: Ideal for cutting through a variety of materials including brick, block, and tile, delivering clean and efficient cuts.


• Precise dimensions: Measures 4.5 inches in diameter with a 0.250 inch thickness and fits arbors sized between 5/8 inch and 7/8 inch, ensuring compatibility with a wide range of cutting tools.

This tuck point blade is perfect for a variety of projects in Spencer, such as repairing mortar joints, cutting bricks for masonry work, or shaping tile for custom installations. Whether you are a contractor working on a large construction site or a homeowner tackling a remodeling project, this blade provides the reliability and performance needed to get the job done efficiently.



Imagine completing your brick or tile cutting tasks with ease, thanks to the blade’s extended life and superior cutting ability. Its robust construction and advanced diamond matrix technology mean fewer blade changes and more consistent results, saving time and effort on every project.



In summary, the 4.5 inch x 0.250 inch extended performance tuck point blade is a vital addition to your toolkit in Spencer, MA. Available at Klem's, this blade combines durability, precision, and versatility to help you achieve professional-quality cuts on brick, block, and tile materials.