Type A1: A106 A108 A110 A112 A114 A116 A118 A118A A120 A122 A122A A125 A125A A130 A136 A140 A150 A160 A170 A2 type: manufacturing boring tool and face turning ● welding cutting tool structure should have sufficient rigidity sufficient rigidity is the maximum allowed dimensions, and the use of higher resolution and heat treatment to ensure rigid. ● carbide blade should be fixed should be fixed firmly on the extent of carbide inserts, it is by sipes and welding quality to ensure, so according to the geometric parameters and cutter blade shape, select the shape of the blade insert slot. Before the blade welded to the shank of the blade needs, Arbor carry out the necessary checks, you should first check the blade bearing surface can not have a serious bent. Carbide welding surface may not have serious carburized layer, the surface should also be carbide blade inserts and shanks dirt tank be cleared to ensure the welding firm. ● The welding solder requirements: In order to ensure the weld strength, should select the appropriate solder. During the welding process, should ensure good wetting and liquidity, and the exclusion of air bubbles, the solder alloy surface with full contact, no shortage of welding phenomenon. ● solvent welding requirements: recommended industrial borax, should be carried out before use in the drying oven dehydration, then crushed and sieved to remove mechanical inclusions and set aside. When titanium is underestimated in the welding of high alloy and fine particles of solder alloy blade long and thin, to reduce welding stresses 0.2-0.5mm recommended thickness of the sheet or mesh 1-2mm compensating gasket welding. Because carbide blade brittle, crack formation sensitive affect tool life. When installing the tool, extending the length of knife blade should be as small as possible, otherwise easily lead to tool vibration, thereby damaging the alloy film. When applied to normal blunt tool must be re-grinding, grinding after heavy tool, be sure to use stone for edge and corner radius grinding, this will improve the life and the safety and reliability of the tool. If necessary, please call: 18713921434 Telephone: 0319-5399392 walked Hongyuan look forward to working with you to create a better future with you YT05 12.6 92.5 1260 for steel, cast iron finishing, should adopt a higher cutting speed and low feed low cutting. YT15 11.3 91 1300 applicable to steel, semi-finished steel, should adopt a medium feed rate and higher cutting speed. YC201 11.79 91.8 1400 applicable to steel, cast steel, stainless steel, semi-finishing and roughing light load, is the applicability of the common good grades. YT14 11.4 90.5 1400 applicable to steel, semi-finished steel. YS25 13.0 90.5 1780 dedicated to steel, cast steel milling. YT5 12.8 89.5 1570 applicable to steel, cast steel heavy cutting, in poor working conditions, the low-speed large amount of feed roughing. YC45 12.75 90 2250 applicable to steel, cast steel gravity cutting, cutting parameters can be large, but also for the milling section. YS8 13.9 92.5 1720 applicable to iron-base, nickel-base superalloys, high-strength steel finishing, also applies to chilled cast iron, heat-resistant stainless steel, high manganese steel, hardened steel finishing. YW3 12.9 92 1390 applicable such as stainless steel, alloy steel ordinary finishing and semi-finishing. YW1 13 91.5 1290 for stainless steel, semi-finishing ordinary steels. YM201 13.9 93.0 1600 applicable to iron-base, nickel-base superalloys, high-strength steel chilled cast iron, heat-resistant stainless steel, high manganese steel, semi-finishing of hardened steel, is broader applicability of generic brands. YS2T 14.4 91.5 1960 for stainless steel, low-alloy steel. Iron-based alloy finishing and finishing. YW2 12.9 90.5 1460 for stainless steel, alloy steel, semi-finishing and light load roughing. YG3X 15.1 91.5 1300 for cast iron, nonferrous metals, heat-resistant alloys, titanium finish. YG3 15.0 90.5 1300 applicable to semi-finishing of cast iron, nonferrous metals, heat-resistant alloys, titanium alloys. YG6X 14.8 91 1560 for cast iron, nonferrous metals, heat-resistant alloys, titanium finishing to roughing light load. YD201 14.89 91.0 1800 for cast iron, nonferrous metals, heat-resistant alloys, aluminum roughing to semi-finishing. YG6 14.9 89.5 1670 for cast iron, nonferrous metals, heat-resistant alloys, titanium semi-finished to a light load roughing YG8 14.6 89 1840 for cast iron, nonferrous metals, heat-resistant alloys, titanium semi-finishing to roughing , higher impact resistance, suitable for continuous and intermittent cutting. If necessary, please call into the Hongyuan look forward to working with you to create a better future with you