Cermet Cold Saw Blades
Clean surface and stable life for carbon steel tube, bar and profile cutting.
Best for: Carbon steel tubes, Mild and medium carbon steel bars, High-speed cold cutting
Industrial metal cutting
Cermet, TCT and HSS circular saw blades engineered for clean cuts, stable blade life and lower cost per cut in steel tubes, bars, profiles and automated cutting lines.
Products
Clean surface and stable life for carbon steel tube, bar and profile cutting.
Best for: Carbon steel tubes, Mild and medium carbon steel bars, High-speed cold cutting
Carbide tipped durability for stainless steel, tubes and profiles.
Best for: Stainless steel tube, Square and rectangular tube, Profiles
Regrindable blades for conventional cold saw machines and workshops.
Best for: Conventional cold saws, Workshops, Regrinding shops
Tube mill online cut-off blades for continuous production lines.
Best for: Tube mill online cut-off, I.D. scarfing or non-scarfing lines, Welded pipe production
Blades for orbital pipe cutting systems and large pipe applications.
Best for: Large pipe, Thin-wall pipe, Thick-wall pipe
Clean cutting for aluminum profiles, tubes and non-ferrous metals.
Best for: Aluminum profiles, Aluminum tubes, Copper and brass
Custom diameter, bore, kerf, pinholes, logo marking and packaging.
Best for: Distributors, Machine dealers, Private label projects
Application finder
Select a blade by material, workpiece shape, machine rigidity, coolant and the problem you need to solve in steel tube cutting.
Select a blade by material, workpiece shape, machine rigidity, coolant and the problem you need to solve in stainless steel tube cutting.
Select a blade by material, workpiece shape, machine rigidity, coolant and the problem you need to solve in carbon steel bar cutting.
Select a blade by material, workpiece shape, machine rigidity, coolant and the problem you need to solve in solid bar profile cutting.
Select a blade by material, workpiece shape, machine rigidity, coolant and the problem you need to solve in square rectangular tube cutting.
Select a blade by material, workpiece shape, machine rigidity, coolant and the problem you need to solve in tube mill flying cut-off.
Why choose us
Submit cutting parameters, receive 1–2 recommended blades, test samples, record results and adjust based on data before bulk supply.
Start a Sample Test切削相关文章
Practical industrial content for buyers searching burr-free steel tube cutting, saw blade burn marks, overheating saw blade, RPM, feed, tooth count and coolant problems.
Industrial guide to burr-free steel tube cutting, covering tooth count, blade stability, clamping, coolant, chip removal, machine precision and blade model selection.
Burr-Free Tube CuttingHow to choose saw blade tooth count, tooth pitch, gullet capacity and tooth geometry for cleaner steel tube cutting with less burr.
Burr-Free Tube CuttingWhy blade runout, vibration, clamping pressure, machine rigidity and feed repeatability decide whether steel tube cutting is low-burr.
Burr-Free Tube CuttingHow coolant, mist lubrication, chip brush condition, feed control and machine accuracy help produce clean steel tube cuts with less burr.
Burr-Free Tube CuttingApplication-based guide to choosing TCT, cermet, HSS, flying saw and orbital saw blades for burr-free steel tube and steel pipe cutting.
Saw Blade BurningTroubleshooting guide for saw blade burn marks, overheating saw blades and blue or black discoloration during metal cutting.
Technology center
Quality control
Raw material, heat treatment, tooth grinding, coating, runout inspection and packaging are presented conservatively without unverified certifications.
See Quality ControlSend material, machine and current blade size. Our technical sales team will recommend a blade for testing.