HIGH-PERFORMANCE BI-METAL BANDSAW BLADE FOR CUTTING STEEL WITH A TENSILE STRENGTH OVER 1400 N/mm²
CHARACTERISTICS
APPLICATIONS
ADVANTAGES
WIDTH X THICKNESS |
TPI (TEETH PER INCH) |
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| mm | inch | 3,0/4 | 2,0/3 | 1,4/2 | 1,1/1,5 | 0,8/1,3 | 0,7/1 |
| 41 x 1,3 | 1-5/8×0,050 | HAS | HAS | HAS | |||
| 54 x 1,3 | 2-1/8 x 0,050 | HAS | HAS | ||||
| 54 x 1,6 | 2-1/8 x 0,063 | HAS | HAS | HAS | |||
| 67 x 1,6 | 2-5/8 x 0,063 | HAS | HAS | HAS | HAS | ||
| 80 x 1,6 | 3-1/8 x 0,063 | HAS | HAS | HAS | HAS | ||
CONTACT LENGTH mm |
90-150 | 140-300 | 250-500 | 350-750 | 600-1200 | 1000-2000 | |
X-PATH® FHS-PRIME |
X-PATH® THS-PRIME |
X-PATH® SHS-PRIME |
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| Construction steel, Automatic steel |  |
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| Carbon steel | |
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| Hardened and tempered steel |  |
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| Hardened and tempered steel over 1200 N/mm² | |
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| Case-hardened steel, Spring steel | |||
| Bearing steel | |
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| Hot tool steel | |
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| Cold tool steel | |
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| High-speed steel | |
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| Ferritic stainless steel | |
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| Austenitic stainless steel | |
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| Martensitic stainless steel | |
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| Duplex and heat-resistant steel | |
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| Cast iron | |
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| Nickel alloys | |
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| Titanium alloys | |
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| Aluminum alloys | |
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| Copper alloys | |
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| Aluminumbronze | |
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advised
suited
allowed
not expected
