Diamond blade 115 mm - Yato YT-6012

Diamond disc for angle grinders, intended for dry operation, recommended for cutting ceramics, concrete, stone and brick, equipped with segments 7 mm high and 2.4 mm thick, with recommended revolutions of approximately 6600/min. Sthor-08783

Diamond disc for angle grinders, intended for dry operation, recommended for cutting ceramics, concrete, stone and brick, equipped with segments 7 mm high and 2 mm thick, with recommended revolutions of approximately 12,000/min. Sthor-08781

Full diamond disc for angle grinders, equipped with a cutting segment 5 mm high and 2.4 mm thick, intended for wet work, recommended for cutting porcelain, glass, marble and limestone, with recommended revolutions of approximately 6600/min. Sthor-08788

Diamond disc for angle grinders, intended for dry operation, recommended for cutting ceramics, concrete, stone and brick, equipped with segments 7 mm high and 2.3 mm thick, with recommended revolutions of approximately 8400/min. Sthor-08782

Universal diamond disc for angle grinders, equipped with a continuous turbo segment with a height of 8 mm, intended for wet or dry operation, ideal for cutting hardened and reinforced concrete, brick, granite, masonry, stone and sandstone, at a recommended speed of approximately 11,000 rpm ./min. YT-6023

The Vorel 08731 disc with a diameter of 115 mm and a continuous cutting rim is designed for precise cutting of tiles, porcelain and natural stone. Intended for wet operation, it provides cutting accuracy and high durability when used with angle grinders.

Diamond disc for angle grinders, intended for dry operation, recommended for cutting ceramics, concrete, stone and brick, equipped with segments 7 mm high and 1.9 mm thick, with recommended revolutions of approximately 13,200/min. Sthor-08780

The YATO YT-6022 universal diamond blade with a diameter of 115 mm, made of 65Mn steel and equipped with high-quality diamond segments, is an excellent tool for fast and precise cutting of hard building materials, both dry and wet. Yato YT-6022

Universal diamond disc for angle grinders, with a continuous turbo segment, 8 mm high, intended for wet or dry work, recommended for cutting hardened and reinforced concrete, brick, granite, masonry, stone, sandstone, at a recommended speed of approximately 8,000 rpm. /min. Yato YT-6024

Full diamond disc for angle grinders, equipped with a cutting segment 5 mm high and 1.9 mm thick, intended for "wet" work, recommended for cutting porcelain, glass, marble and limestone, with recommended revolutions of approximately 13,200/min. Sthor-08785

Diamond disc for angle grinders with a diameter of 115 mm and a mount of 22.2 mm, with laser-welded segments of 8 mm high, intended for dry operation when cutting hardened concrete, brick, silicate brick, granite, masonry and stone, with a maximum speed of 12,000 /min and a linear speed of 80 m/s. YT-6002

Full diamond disc for angle grinders with a diameter of 115 mm and a mounting of 22.2 mm, with a cutting segment of 5.3 mm in height and 2.1 mm in thickness, intended for "wet" work when cutting ceramic tiles, stoneware, glazed tiles, stone tiles, glass and porcelain, with maximum revolutions of 12,000/min and linear speed of 80 m/s. YT-6012

Diamond disc for angle grinders with a diameter of 125 mm and a mount of 22.2 mm, with laser-welded segments of 8 mm high, intended for dry operation when cutting hardened concrete, brick, silicate brick, granite, masonry and stone, with a maximum speed of 11,000 /min and a linear speed of 80 m/s. YT-6003

The YATO YT-5920 disc is a durable metal cutting tool that combines precise performance with high longevity. It is well-suited for everyday locksmith, assembly, and maintenance tasks where cutting speed and clean finish are important. Ideal for use with power tools in workshops and on construction sites.

The YT-5923 metal cutting disc with dimensions 125x1.2x22 mm is a high-quality product by YATO, designed for precise and fast metal cutting. Its 1.2 mm thickness ensures clean and accurate cuts while minimizing the formation of burrs.