ATA International Product Catalogue

53960140020 53960165010 53961140010 53950140020 53950165010 53950 53960 53961 1250 CONTACT INFORMATION For more information please call +353 49 435 2138 or send an email to ask@atagroup.ie ORBITAL PIPE CUTTING CIRCULAR SAW BLADES CARBIDE/CERMET TIPPED Carbide tipped circular saw blade for cutting pipes made of steel . Also suitabel for aluminium, copper and plastic . Especially for plastic we suggest our article group 5 3951 (see page  1251) . Especially for aluminium and copper we suggest article group 5 3952 (see page  1251) . Circular saw blade Cermet (Ceramic) tipped for maximum tool life . Ideal for cutting pipes made of steel and stainless steel . Also suitabel for aluminium, copper and plastic . Especially for plastic we suggest our article group 5 3951 (see page  1251) . Especially for aluminium and copper we suggest article group 5 3952 (see page  1251) . Circular saw blade Cermet (Ceramic) tipped thin-cut preferably for battery tools . Due to the small cutting width less cutting pressure, less cutting waste and longer battery life. For cutting pipes made of steel, stainless steel, aluminium, copper and plastic . Art. Suitable for machine H7 Exact PipeCut 200, 22U, 360, 360U, Georg Fischer (GF), Orbitalum, SCORP 170, 170E, 220Plus, 360, Rothenberger PipeCut 170, 170E, 200, 360, T-Drill PCS 6, 8+, 14, Victaulic PIPECUT 170, 200, 360 I 140 1.8/1.4 62 48 WWF Exact PC 280E, 360E I 165 1.8/1.4 62 54 WWF Art. Suitable for machine H7 Exact PC 170 Battery I 140 1.4/1.2 62 46 WWF Art. Suitable for machine H7 Exact PipeCut 200, 22U, 360, 360U, Georg Fischer (GF), Orbitalum, SCORP 170, 170E, 220Plus, 360, Rothenberger PipeCut 170, 170E, 200, 360, T-Drill PCS 6, 8+, 14, Victaulic PIPECUT 170, 200, 360 I 140 1.8/1.4 62 48 WWF Exact PC 280E, 360E I 165 1.8/1.4 62 54 WWF CERMET CERMET THIN-CUT BATTERY CARBIDE TIPPED Orbital pipe cutting circular saw blades for: Georg Fischer (GF), Orbitalum, Exact, Rothenberger Pipecut Turbo 11 Index 10 9 OIL 8 7 6 5 4 3 2 1

RkJQdWJsaXNoZXIy MTgxNTQ=