Metal Cutting / Cold Saw
Cold saw blades cut steel at room temperature using sharp carbide or cermet teeth, leaving a burr-free, chip-free cut with no heat-affected zone—the defining characteristic that separates cold saw blade performance from friction sawing or abrasive cutting. This page covers the complete cold saw blade range: cermet and carbide cold saw blades for steel for stationary solid bar and billet sawing, PVD-coated cold saw blades for steel tube and pipe cutting, tube mill flying cut-off and orbital cut-off, seamless steel tube bundle cutting, and inserted-tooth cold saw blades for rail and wheel billet.
HSS saw blades—high speed steel circular saw blades in M2, M35, M42 grades, and HSS segmental form—are included as the closest-related tooling family. Many cold saw users compare HSS grades alongside cermet and carbide cold saw blades when selecting tooling for stationary cold sawing or flying cut-off, and the selection criteria overlap significantly.
Stationary Cold Saw
Cermet and carbide cold saw blades for steel for stationary high-speed sawing of solid steel bar and billet in carbon, alloy, and stainless steel, plus purpose-built blades for steel billet and railway rail and wheel billet production lines. Inserted-tooth cold saw blades allow on-site carbide insert replacement without returning the blade body—reducing downtime and logistics cost on high-output rail and wheel production lines.
Stationary / Low & Medium Carbon Steel
Cermet cold saw blade for cutting low and medium carbon steel solid material and thick-walled pipes on stationary high-speed sawing machines. Cutting speed 70–120 m/min, tooth load 0.04–0.1 mm/tooth.
Stationary / Carbon & Alloy Steel
PVD-coated cermet cold saw blades for steel cutting of mild, high carbon, and alloy steel—longer service life than the entry cermet grade. Cutting speed 70–150 m/min, tooth load 0.04–0.1 mm/tooth.
Stationary / Stainless & Titanium
PVD-coated tungsten carbide cold saw blade for stainless steel, titanium, and other demanding high-alloy steel on stationary sawing machines. Cutting speed 50–120 m/min, tooth load 0.05–0.1 mm/tooth.
Stationary / Steel Billet
Carbide-tipped cold saw blade for cold sawing solid steel billet on production lines—purpose-designed carbide grade and tooth geometry for accurate cut-to-length and clean cut faces on carbon, alloy, and stainless steel billet.
Stationary / Rail & Wheel Billet
Carbide-tipped cold saw blade for cold sawing railway rail and wheel billet—carbide grade and geometry selected for reliable service life and cut quality on hardened rail steel production lines.
Stationary / Rail & Wheel — Inserted Tooth
Inserted-tooth cold saw blade for rail and wheel billet: mechanically clamped PVD-coated carbide inserts replaceable on-site without returning the blade body, reducing maintenance cost and downtime on rail and steel wheel production lines.
Tube Mill Cold Saw
PVD-coated cold saw blades for steel tube and pipe across stationary tube sawing, tube mill flying cut-off, inner-scarf tube cut-off, orbital flying cut-off, and seamless tube bundle cutting. Tube mill cold saw blades operate at substantially higher peripheral speeds (180–450 m/min) than stationary cold saws and must withstand shock loading during flying cut-off operations without premature tooth chipping or body fatigue.
Tube Mill / Stationary Tube & Pipe
PVD-coated cold saw blade for stationary high-speed cutting of steel tubes and pipes over 3 mm wall thickness in carbon, alloy, and stainless steel. Cutting speed 50–300 m/min, tooth load 0.04–0.2 mm/tooth.
Tube Mill / Flying Cut-Off
PVD-coated cold saw blade for tube mill flying saw and flying cut-off of steel tubes and pipes on single or twin machines. Cutting speed 180–450 m/min, tooth load 0.05–0.15 mm/tooth.
Tube Mill / Flying Cut-Off with Inner Scarf
PVD-coated cold saw blade for flying cut-off of welded steel tubes with inner scarf or weld bead—tooth geometry reduces premature tooth failure from weld bead impact. Cutting speed 250–450 m/min.
Tube Mill / Orbital Flying Cut-Off
PVD-coated cold saw blade for orbital flying cut-off of large-diameter steel tubes and pipes on orbital cutting machines. Cutting speed 250–400 m/min, tooth load 0.04–0.15 mm/tooth.
Tube Mill / Seamless Steel Tube Bundle
Carbide-tipped cold saw blade for bundle cutting of seamless steel tube—purpose-designed carbide grade and tooth geometry for longer service life and clean cut faces on carbon, alloy, and stainless seamless tube.
Tube Mill / Stainless Seamless Tube Bundle
Carbide-tipped cold saw blade optimised for bundle cutting of stainless steel seamless tube—carbide grade and geometry selected for stainless work-hardening behaviour, delivering longer cold saw blade service life than general-purpose blades.
HSS Saw Blades
High speed steel circular saw blades for cold sawing of carbon steel, alloy steel, stainless steel, and aluminum tube. HSS saw blade grades are frequently evaluated alongside cermet and carbide cold saw blades for steel—the right grade depends on material hardness, alloy content, and output demand. HSS segmental circular saw blades extend HSS cutting performance to larger diameters by using HSS cutting segments on a lower-cost alloy steel body, significantly reducing tooling cost for large-diameter cold cutting applications.
HSS M2 / Carbon Steel & Aluminum Tube
HSS M2 (DMo5) high speed steel circular saw blade for carbon steel, alloy steel, and aluminum tube on cold saw and metal cutting lines—the standard daily-production HSS saw blade choice.
HSS M35 / Stainless & Medium-Tensile Steel
HSS M35 (Co5) high speed steel circular saw blade for stainless steel and medium-tensile steel—a step up from M2 for more demanding cold saw and flying cut-off work where standard HSS saw blade life is insufficient.
HSS M42 / High-Strength Steel & Stainless
HSS M42 (Co8) high speed steel circular saw blade for harder steel pipe, solid bar, and stainless steel on high-output cold saw machines—maximum edge retention and hot-running performance.
HSS Segmental / Large-Diameter Cold Cutting
HSS segmental circular saw blade with HSS cutting segments fastened to a 75Cr1 alloy steel body—combines high speed steel cutting performance with lower tooling cost than solid HSS circular saw blades at large diameters for cold cutting solid bar, billet, and structural sections.
Share your material grade, section shape and dimensions, machine type, cutting speed, and current blade-life or cut-quality problem. We will identify the right cold saw blade—cermet, carbide, inserted-tooth, or HSS—for your specific steel cutting process.
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