Every blade in this range is a carbide-tipped bandsaw blade made for metal and alloy — carbon and alloy steel, structural sections, pipe and tube, stainless, tool and mould steel, and non-ferrous metals. The guides below cover the situations we handle most often.
Material Scope
Metal and alloy is the whole brief. Each grade is selected for the hardness, abrasiveness and section shape of the material, so the blade keeps cutting instead of rubbing.
Solid bar, billets and forging stock cut on high-tension machines in continuous runs.
Beams, angles, channels, flat bar and reinforcing bar cut to fixed length on site or in the shop.
Seamless and ERW pipe, square tube, thick-wall casing and bundled thin-wall tube.
304, 316 and duplex grades where work hardening has to be controlled rather than forced.
Hardened and pre-hardened blocks that wear a HSS edge down within a few cuts.
Extrusion, billet and castings cut at higher blade speed with a coarse-tooth pitch.
All blades in this range are carbide-tipped bandsaw blades built for metal and alloy cutting. Wood, plastics, composites and other non-metallic stock sit outside the range.
01
Solid bar, billets and structural sections cut in long production runs, where the blade has to hold straightness and repeatable length through thousands of cuts.
Solid steel cuts cleanest with a coarser variable pitch and a steady feed, with flood coolant clearing chips from the deep kerf.
02
Wall thickness changes quickly on pipe and tube, so the blade crosses thin walls, thick casing and square hollow section in the same working day.
Bundles take a finer variable pitch so three teeth stay in the thin wall, while a single heavy-wall pipe runs a coarser pitch at reduced feed.
03
Hardened and alloy-rich stock that blunts a HSS edge in a handful of cuts, where tip strength, machine rigidity and coolant flow decide the outcome.
Run high blade tension with constant flood coolant, and ease the feed rate as hardness rises to protect the tips.
04
Work hardening and heat build-up, rather than hardness, are the risks on stainless, so the edge has to keep cutting metal instead of rubbing it.
Generous flood coolant and a positive feed rate limit work hardening; rubbing, not cutting, is what shortens edge life on stainless.
Selection Guide
Short answers to the questions that come up before every blade order. If your material is not covered here, send us the grade and section size and we will advise directly.
Metal grade, section size and your machine are enough for us to recommend the blade and tooth pitch you need.
