Adams Tool House Trading offers a comprehensive range of Wall Saw and Precast Cutting Blades designed for universal applications on concrete, brickwork, precast panels, and similar materials. Featuring innovative Onyx noise-reduced steel centres available on request, these blades provide significantly reduced operational noise, enhancing comfort and safety on the job site.The blades are available in diameters ranging from 450 mm to 1500 mm, with segmented cutting edges measuring 20 mm in length, widths from 3.8 mm up to 4.8 mm, and a consistent segment height of 12 mm. This segmented design ensures extremely fast cutting speeds and efficient debris removal, resulting in smooth, precise cuts.Manufactured with advanced German engineering, blades up to 1200 mm are laser welded to deliver exceptional strength, stability, and minimal vibration, while larger blades from 1500 mm are brazed for heavy-duty performance. The 20 mm segment versions are available up to 1200 mm diameter, and for the 1500 mm size, a 40 mm segment length is used for enhanced durability.Please specify the bore hole size when placing your order to guarantee perfect compatibility with your wall saw equipment.Available Sizes and Part Numbers:450 mm – 20 x 3.8 x 12 mm (Part No. 25-842)450 mm – 20 x 4.8 x 12 mm (Part No. 25-841)500 mm – 20 x 3.8 x 12 mm (Part No. 25-830)600 mm – 20 x 3.8 x 12 mm (Part No. 25-831)600 mm – 20 x 4.8 x 12 mm (Part No. 25-832)650 mm – 20 x 4.8 x 12 mm (Part No. 25-844)700 mm – 20 x 3.8 x 12 mm (Part No. 25-833)700 mm – 20 x 4.5 x 12 mm (Part No. 25-834)750 mm – 20 x 4.5 x 12 mm (Part No. 25-835)800 mm – 20 x 4.5 x 12 mm (Part No. 25-836)900 mm – 20 x 4.5 x 12 mm (Part No. 25-837)1000 mm – 20 x 4.5 x 12 mm (Part No. 25-838)1200 mm – 20 x 4.5 x 12 mm (Part No. 25-839)1500 mm – 40 x 4.5 x 12 mm (Part No. 25-840)With exceptional build quality, noise reduction, and extremely fast cutting characteristics, Adams Tool House Trading’s wall saw and precast blades are the perfect solution for professional contractors seeking reliability and performance in demanding construction environments.
