Our ferrous blades have been designed with a durable C-6 carbide grade and triple chip tooth grind to ensure a long cutting life in ferrous metals, such as: steel studs, angle iron, pipe, rebar, channel, flat stock, conduit, and much more. They can also be used for cutting nonferrous metals, such as: aluminum, copper, and brass. The specially formulated micro grain carbide tips with titanium and tantalum last longer and leave a burr free cut with little to no sparks or dust, commonly associated with abrasives. They also cut 5 to 10 times faster and last up to 30 times longer than abrasives, allowing fewer blade changes and increased production.
Notes: Blades with more teeth are generally better suited for thinner material, while those with less teeth are better suited for thicker material. Item's SBF-054050 and SBF-072568 have been designed for very thin stock and sheet metal.
ITEM #
DIAMETER
TEETH
ARBOR
MAX RPM
GRIND
IMAGE
SBF-054030
5-3/8"
30
20mm with 5/8" & 10mm Bushings
4,200
TCG
SBF-054050
5-3/8"
50
20mm with 5/8" & 10mm Bushings
4,200
TCG
SBF-059032
5-7/8"
32
20mm with 5/8" Bushing
4,680
MTCG
SBF-065048
6-1/2"
48
5/8" ◊
4,600
TCG
SBF-067540
6-3/4"
40
20mm
4,600
TCG
SBF-070038
7"
38
20mm
5,800
TCG
SBF-072536
7-1/4"
36
5/8" ◊
5,800
TCG
SBF-072540
7-1/4"
40
20mm with 5/8" Bushing
5,800
TCG
SBF-072552
7-1/4"
52
5/8" ◊
5,800
TCG
SBF-072568
7-1/4"
68
5/8" ◊
5,800
ATB
SBF-075048
7-1/2"
48
20mm with 5/8" Bushing
5,800
TCG
SBF-080048
8"
48
5/8" ◊
5,800
TCG
SBF-082548
8-1/4"
48
1" with 5/8" Bushing
5,800
TCG
SBF-090048
9"
48
1"
5,200
TCG
SBF-100052
10"
52
1" with 5/8" Bushing
5,200*
TCG
SBF-100080
10"
80
5/8"
5,200*
TCG
SBF-120060
12"
60
1"
2,000
TCG
SBF-120100
12"
100
1"
2,000
TCG
SBF-140080
14"
80
1"
1,800
TCG
SBF-140120
14"
120
1"
1,800
TCG
WARNING: Not recommended for cutting hardened materials or stainless steel. Never use on saws that run above the rated MAX RPM. Proper clamping devices should be employed. Follow all safety instructions.
*To achieve optimal blade life 2,500 RPM recommended running speed. Running at higher speeds will shorten the blade life substantially.