S 922 EF Flexible for Metal (1x) / S 922 BF Flexible for Metal (2x) / S 1122 EF Flexible for Metal (1x) / S 1122 BF Flexible for Metal (1x) / S 1122 VF Flexible for Wood and Metal (1x)
Sabre saw blades 228 x 19 x 0.9 mm, 10 TPI, set of 2 pieces 57-947 by NEO TOOLS are two saw blades made of BIM, which have 10 TPI and dimensions 228 x 19 x 0.9 mm (tooth spacing 2.5 mm). They are designed for straight cuts in demanding materials: wood with nails/metal, 5-175 mm pallets, sheet metal, pipes and 3-12 mm aluminium profiles. The flexible design improves guidance control and durability when working with a wide variety of sections.
The sabre saw blade, HM, 240 x 22.5 x 1.5 mm, 2 TPI 58-030 by NEO TOOLS, measuring 240 x 22.5 x 1.5 mm, with 2 TPI toothing (12.7 mm pitch), is designed for cutting brick (<190 mm) and cellular concrete. The carbide (HM) blades provide durability in abrasive materials and the design allows for precise angled cutting. This sabre saw blade from NEO TOOLS is suitable for a wide range of applications requiring fast, straightforward guidance and tool resistance.
Blade for reciprocating saw GRAPHITE about the length 228 mm and 8 with teeth an inch long intended for cutting, among others metal, fiber cement boards, glass fiber reinforced composites, wood with nails, aerated concrete and red brick using saber saws. The maximum thickness of the materials is 175 mm. It is used in renovation, construction and demolition works as well as in home amateur work. It enables straight cutting. The saw blade produces less dust when cutting compared to traditional methods. Enables cutting close to the edge and in hard-to-reach places.
GRAPHITE sabre saw blades have teeth of high speed steel. Combination of high speed steel with chromium vanadium steel allows to use the blades for cutting of all pieces made of steel, stainless steel, plastic and wood. Combination of these two steel types guarantees unique blade flexibility, which allows to work with bent blade. Therefore, it is possible to make cuts in hard to reach areas.
