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3851 Sandflex Cobra 13'6" x 27 mm x 8/12 TPI Bandsaw Blade - (SD3851.27.8.12.4115)
Bahco
Bandsaw blade with the most flexible solution for production cutting. New improved high-speed steel tooth edge gives a combination of higher hardness and higher toughness. Less vibrations, consequently less heat and better wear resistance. Geometry with... -
3851 Sandflex Cobra 17'3" x 27 mm x 8/12 TPI Bandsaw Blade - (SD3851.27.8.12.5273)
Bahco
Bandsaw blade with the most flexible solution for production cutting. New improved high-speed steel tooth edge gives a combination of higher hardness and higher toughness. Less vibrations, consequently less heat and better wear resistance. Geometry with... -
3851 Sandflex Cobra 8'11" x 20 mm x 8/12 TPI Bandsaw Blade - (SD3851.20.8.12.2717)
Bahco
Bandsaw blade with the most flexible solution for production cutting. New improved high-speed steel tooth edge gives a combination of higher hardness and higher toughness. Less vibrations, consequently less heat and better wear resistance. Geometry with... -
3851 Sandflex Cobra 8'2" x 13 mm x 8/12 TPI Bandsaw Blade - (SD3851.13.8.12.2489)
Bahco
For small machines and contour, ideal for cutting various types of materials from aluminium to stainless steels. With a wide range of tooth styles available to suit many different applications, such as solids, bundles, even profiles and castings. Maximum... -
3851 Sandflex Cobra 8'4" x 27 mm x 8/12 TPI Bandsaw Blade - (SD3851.27.8.12.2553)
Bahco
Bandsaw blade with the most flexible solution for production cutting. New improved high-speed steel tooth edge gives a combination of higher hardness and higher toughness. Less vibrations, consequently less heat and better wear resistance. Geometry with... -
3851 Sandflex Cobra 8'7/8" x 13 mm x 8/12 TPI Bandsaw Blade - (SD3851.13.8.12.2460)
Bahco
Bandsaw blade with the most flexible solution for production cutting. New improved high-speed steel tooth edge gives a combination of higher hardness and higher toughness. Less vibrations, consequently less heat and better wear resistance. Geometry with...