Blade Details
Outer diameter, kerf or thickness, plate thickness, bore size, teeth, pin holes and coating requirement.
Tell us your machine, material, blade size and cutting problem. We will review the application first, then recommend a practical GF, HSS, TCT, cermet or circular knife specification.
A good saw blade recommendation depends on the machine, workpiece and cutting result. The details below help us avoid wrong tooth count, wrong coating, wrong kerf or poor machine fit.
The more technical details you provide, the more accurate the recommendation and quotation will be.
Outer diameter, kerf or thickness, plate thickness, bore size, teeth, pin holes and coating requirement.
Material grade, tube/profile size, wall thickness, cutting speed, feed method and coolant condition if available.
Burrs, short blade life, broken teeth, rough surface, heating, noise, vibration or machine fit problem.
| If You Need | Please Send | Why It Matters |
|---|---|---|
| GF tube cutting blade | Tube OD, wall thickness, material, machine model and current blade code | GF blade diameter, tooth count and bore must fit the tube cutter and material. |
| HSS circular saw blade | Steel grade, blade coating, cutting speed, coolant and tooth damage photo | Coating and tooth pitch depend strongly on material hardness and machine condition. |
| Cermet cold saw blade | Machine model, bore, locating holes, tube/bar size and target surface quality | Machine fit and locating holes must be confirmed before production. |
| TCT saw blade | Wood/panel/aluminum material, current blade size, tooth count and edge problem | Tooth geometry and carbide grade decide surface finish, burr and blade life. |
| Circular knife | Cutting material, blade drawing, bevel type, thickness and machine speed | Knife edge angle and material must match the actual cutting process. |
This workflow makes the website feel more like a technical partner and helps buyers understand why details matter.