Tools

1" 4/6-TPI x 164' Bi-Metal M51 Cobalt Bandsaw Blade HA89005

Comprised of an alloyed steel backing of about 4% chromium content and an HSS-M51 cutting edge. High thermal and mechanical wear resistance due to cobalt and tungsten content of the cutting edge. Clarkson Osborn Catalog

1" 4/5-TPI x 164' Bi-Metal M51 Cobalt Bandsaw Blade HA89004

Comprised of an alloyed steel backing of about 4% chromium content and an HSS-M51 cutting edge. High thermal and mechanical wear resistance due to cobalt and tungsten content of the cutting edge. Clarkson Osborn Catalog

1" 3/4-TPI x 164' Bi-Metal M51 Cobalt Bandsaw Blade HA89003

Comprised of an alloyed steel backing of about 4% chromium content and an HSS-M51 cutting edge. High thermal and mechanical wear resistance due to cobalt and tungsten content of the cutting edge. Clarkson Osborn Catalog

1" 2/3-TPI x 164' Bi-Metal M51 Cobalt Bandsaw Blade HA89002

Comprised of an alloyed steel backing of about 4% chromium content and an HSS-M51 cutting edge. High thermal and mechanical wear resistance due to cobalt and tungsten content of the cutting edge. Clarkson Osborn Catalog

3-1/8" 1.1/1.6-TPI x 164' Bi-Metal M42 Cobalt Master Cut Bandsaw Blade HA88983

"Triple chip" tooth geometry, widely recognised as the optimal form for production sawing. The teeth are CBN precision ground to form a chamfered high tooth (A) and a pair of lower finishing teeth (B & C). Cutting faces are ground parallel to the back...

3-1/8" .75/1.25-TPI x 164' Bi-Metal M42 Cobalt Master Cut Bandsaw Blade HA88981

"Triple chip" tooth geometry, widely recognised as the optimal form for production sawing. The teeth are CBN precision ground to form a chamfered high tooth (A) and a pair of lower finishing teeth (B & C). Cutting faces are ground parallel to the back...

2-5/8" 1.5/2-TPI x 164' Bi-Metal M42 Cobalt Master Cut Bandsaw Blade HA88973

"Triple chip" tooth geometry, widely recognised as the optimal form for production sawing. The teeth are CBN precision ground to form a chamfered high tooth (A) and a pair of lower finishing teeth (B & C). Cutting faces are ground parallel to the back...

2-5/8" 1.1/1.6-TPI x 164' Bi-Metal M42 Cobalt Master Cut Bandsaw Blade HA88972

"Triple chip" tooth geometry, widely recognised as the optimal form for production sawing. The teeth are CBN precision ground to form a chamfered high tooth (A) and a pair of lower finishing teeth (B & C). Cutting faces are ground parallel to the back...

2-5/8" .75/1.25-TPI x 164' Bi-Metal M42 Cobalt Master Cut Bandsaw Blade HA88971

"Triple chip" tooth geometry, widely recognised as the optimal form for production sawing. The teeth are CBN precision ground to form a chamfered high tooth (A) and a pair of lower finishing teeth (B & C). Cutting faces are ground parallel to the back...

2" 3/4-TPI x 164' Bi-Metal M42 Cobalt Master Cut Bandsaw Blade HA88963

"Triple chip" tooth geometry, widely recognised as the optimal form for production sawing. The teeth are CBN precision ground to form a chamfered high tooth (A) and a pair of lower finishing teeth (B & C). Cutting faces are ground parallel to the back...

2" 2/3-TPI x 164' Bi-Metal M42 Cobalt Master Cut Bandsaw Blade HA88962

"Triple chip" tooth geometry, widely recognised as the optimal form for production sawing. The teeth are CBN precision ground to form a chamfered high tooth (A) and a pair of lower finishing teeth (B & C). Cutting faces are ground parallel to the back...

2" 1.5/2-TPI x 164' Bi-Metal M42 Cobalt Master Cut Bandsaw Blade HA88864

"Triple chip" tooth geometry, widely recognised as the optimal form for production sawing. The teeth are CBN precision ground to form a chamfered high tooth (A) and a pair of lower finishing teeth (B & C). Cutting faces are ground parallel to the back...