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| Blade |
Description |
Details |
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| CBK | Chip
Breaker Designed to reduced heat generated at increased chip load. With reduced tooth stripping and breaking this equates to the lowest possible cost per square inch of metal cutting. |
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| DUOS | HSS
Bi-Metal Band Saw Blade Blade exclusively designed for the light-duty band sawing machines to cover a wide range of cutting applications. No Break-in procedure is necessary. |
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| CR | Carbide
Circular Saw Blade Designed for accurate cuts at a higher cutting rate. This blade features the highest quality sawing grade of carbide. |
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| BCTB | Multi-faceted
Triple Chip Carbide Blade Designed exclusively for heat-resistant alloys, nickel-based alloys, titanium alloys, and special cast tensile steels, all with high tensile strength of over 142,000 psi. It features ultra-hard, diamond sharp carbide tipped teeth that resist low thermal conductivity and abrasion that can quickly break down conventional bi-metal type bands. |
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| CTB | Set
Type Carbide Blade Designed exclusively for heat-resistant alloys, nickel-based alloys, titanium alloys, and special cast tensile steels, all with high tensile strength of over 142,000 psi. It features ultra-hard, diamond sharp carbide tipped teeth that resist low thermal conductivity and abrasion that can quickly break down conventional bi-metal type bands. |
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| Aurora | Tin-Coated
M-42 Bi-metal Blade The Aurora bi-metal band saw blade has a titanium nitride coating. A surface hardness of 2300 DPN (micro Vickers) means you have a band saw blade with a surface hardness exceeding tungsten carbide. The lubricity of the titanium nitride coating reduces the heat generation and dramatically improves the abrasion resistance. |
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| Magnum HiLo | M-71
Bi-metal Blade With its special alloying technology, Magnum Hi Lo achieves HRC70 tooth hardness. It maintains positive cutting action and outlasts other blades in production cutting of large-diameter, work hardening steels and nickel-base super alloys with tensile strength of up to 164,000 psi. |
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| Magnum 71 | M-71
Bi-metal Blade Ideal for cutting hard metals and has a tooth hardness of HRC70. The blade was created using the latest technological advances in high-strength tooth styles and features sharp wear-resistant edges. |
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| HiLo | M-42
Bi-metal Blade The Hi-Lo blade features a high and low teeth height design and a 15-degree rake angle. The blade is ideal for cutting hard steels. |
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| Super HiLo | M-42
Bi-metal Blade Combines the effective of the HI-LO design with a multi-set tooth design. This design allows more cutting surfaces to be in the work piece that increases cutting rates, improves surface finishes and extends blade life. |
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| Sigma | M-42
Bi-Metal Blade The SIGMA bi-metal blade features a patented combination of varying set and tooth height that makes it especially effective when cutting larger diameters. Each tooth is within a guaranteed tolerance of .001. A special anti-fatigue blade material permits higher blade tension for the straightest possible cut without compromising on long blade life. |
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| SGLB/SVGLB | M-42
Bi-metal Blade The SGLB was designed to cover a broad range of cutting applications and to provide maximum efficiency in sawing wear-resistant tool steels. The blade's tough M-42 cobalt edge resists heat and abrasion, while the varied pitch tooth form expands the ranges of sizes and shapes that can be sawed successfully without changing blades. | View Detail | ||||||||||||||||||||||||||||||
| MGLB/MVGLB | Matrix
Bi-metal Blade The MGLB is best suited for cutting structural shapes, tubing and stacks of mild steel pieces. The MGLB allows band saw machines to cut a wide range of material sizes and shapes without requiring a change of blades. Its tough high-speed steel teeth resist chipping, stripping and abrasion. It can also tolerate the occasional improper speeds and feeds that are often used by inexperienced saw operators. | View Detail | ||||||||||||||||||||||||||||||
| Protector | Matrix
Bi-metal Blade Protector provides long blade life and prevents tooth breakage, eliminating excessive tooth stripping. It can withstand the shock of interrupted cuts, allowing for heavier penetration for faster cutting rates. Protector uses a broaching style set pattern designed to eliminate pinching, which prevents the blade from binding the cut. | View Detail | ||||||||||||||||||||||||||||||