Bn Products Usa
Bn Products Usa BNCE-20 Circular Saw Blade
A carbide-tipped circular saw blade with 24 teeth for cutting steel and thick metal stock up to 1 in deep
- TypeBand Saws
- Cuts steel and steel alloys with carbide-tipped teeth
- 24-tooth ATB grind delivers clean cuts in solid stock
- 4 3/8-inch diameter blade fits compatible circular saws
- 3/8-inch round arbor ensures secure mounting
- 2,000 RPM maximum speed handles thick metal cutting
Circular Saw Blade for Steel Cutting
The BNCE-20 circular saw blade is designed for cutting steel and steel alloys in solid stock and thick metal applications. It suits tradespeople and fabricators who need a carbide-tipped blade for metal-cutting tasks.
Thermals Noise and Power Draw
The blade operates at a maximum speed of 2,000 RPM with an ATB tooth grind and a 0.063 in cut width for efficient material removal. Carbide tips resist heat buildup during prolonged cuts in steel.
4 3/8 in Diameter and 3/8 in Arbor
This blade has a 4 3/8 in diameter and a 3/8 in round arbor, so it only fits saws that match those exact dimensions. Buyers with different arbor sizes or blade diameters cannot use it.
Highlights
- Cuts steel and steel alloys with carbide-tipped teeth
- 24-tooth ATB grind delivers clean cuts in solid stock
- 4 3/8-inch diameter blade fits compatible circular saws
- 3/8-inch round arbor ensures secure mounting
- 2,000 RPM maximum speed handles thick metal cutting
Specifications
| Type | Band Saws |
|---|---|
| Brand | BN PRODUCTS USA |
Questions about this item
How do I install the BNCE-20 blade on the saw arbor, and what step is often missed?
Match the 3/8 in round arbor to the saw spindle, tighten the arbor nut securely, and verify the rotation arrow on the blade points the same way the motor turns — many users forget to check the arrow direction.
What maintenance or replacement will the carbide-tipped teeth need over time?
The 24 carbide tips stay sharp longer than steel, but they will dull on thick metal; plan to resharpen or replace the blade once cut quality drops or feed force rises noticeably.
What limit appears first when cutting steel continuously at the 2,000 RPM maximum speed?
Heat buildup in the 0.063 in kerf and carbide tips becomes the limiting factor; pause cuts to let the blade cool and avoid overheating the tips.
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