Excision Band Saw Blade Bi-Alfa Cobalt M42 Profile - Wide Set

• The Excision Bi-Alfa Cobalt band saw blade has HSS-M42 cutting tips.
• The high wear resistance of the band saw blade results from very hard and evenly distributed carbides in the tooth tips, formed during the hardening and tampering process.
• The martensitic structure of the tooth tips and the high cobalt content create excellent heat resistance and toughness reducing wear rates at high sawing speeds.
• With a high chromium backing, the saw blade can withstand considerable flexing stresses, tension, and blade guide pressure.
• Bi-metal Bandsaw Blade with 8% Cobalt content.
• Regular tooth shape suits a huge range of cutting applications.
• Long lasting - high wear resistance.
• Suitable for use on metals with hardness up to 44HRc.
• Safety Protection strip on the cutting edge of the Bandsaw Blades.
• Every weld is 100% Guaranteed.
• Steel made in Germany.
• Band Welded in Australia.
• Suitable for cutting Mild steel, Structural Steel, Stainless steel, Aluminium, Alloys, Copper, and Brass.

About Bandsaw Blade

• Bandsaw Blade has 3 important dimensions Width, Length, and Tooth Pitch (Usually measured in Teeth Per Inch known as TPI.)
• Blade width is measured from the tip of the blade to the back of the blade.

Application Areas

• Profiles
• Bundled Solids
• Thin-walled Tubes
• Square Solids
• Thick-walled Tubes
• Round Solids
• Square Tubes

About The Profile WS (Wide Set)

• The Excision Profile WS (Wide Set) band saw blade provides outstanding performance on vibration susceptible cuts. Vibration during cutting of tubes, beams and profiles is often damaging to a conventional band saw blade, which lowers blade life and cut area considerably.
• The reinforced back edge of the tooth increases the overall strength of the tooth to withstand vibrations during interrupted cutting and protects the band saw
• blade against tooth strippage.
• The tooth tip consists of proven HSS M42, which has good mechanical features.
• Bi-alfa Profile WS has been specially developed for cutting profiles and beams that are under tension.
• During the cutting operation, this stress is relieved and thus requires a particularly large kerf in order to prevent the blade from binding in the cutting channel.