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If you are searching for the Metal Cutting Band Saw Blades, you need to read this article to choose the finest ones that we prepared Metal Cutting Band Saw Blades Reviews for you. It was very difficult to shortlist the ideal Metal Cutting Band Saw Blades from thousands of available products. However, we tried to make sure that you get only the Best Metal Cutting Band Saw Blades from our suggestions. Check our listings-:
Comparison Chart for Best Metal Cutting Band Saw Blades
Content Summary
When we started our study, we discovered a variety of reviews. We took user comments into considerations while developing the Metal Cutting Band Saw Blades, and in this post, we have selected just the best among them.
Saw Blades Buying Guide
Saw Blade Essentials: There are specialized blades for cutting laminates, melamine, plywood, plastics, and crosscutting lumber. Combination blades are designed to scrape and cut.
They are also suitable for crosscutting and ripping wood, making multiple cuts in a single pass.) The number and angle of the teeth, gullet size, and tooth configuration determine what a blade does best. General-purpose knives are designed to cut plywood, laminated wood, and melamine.
Number Of Teeth: A blade with many teeth will cut smoother than a blade with fewer. A rip blade with thirty or more teeth is thin and designed to remove the material with the grain as it travels quickly.
An edge should have a more extensive cutting profile that can be used for crosscutting lumber and ripping its lengthwise grain. A ripping knife is not designed to yield a sharp horizontal cut; however, a good ripping knife will move through hardwood with minimal effort and leave a clean cut with few visible scores.
A crosscut blade is a type of blade that produces smooth cuts across the grain of the wood. It has fewer teeth, but each tooth rips up less material than other blades.
The cutting action of a crosscut blade also moves the stock, resulting in more cuts and a smoother surface. This top-quality tool will yield consistent results and an attractive, polished finish.
Gullet: The space surrounding each tooth, which removes large chips, is often made in front of your workplace. This is because chip removal operations occur much faster, and thus the gullet (gap) must be made wider to allow for its increased volume.
All teeth on a crosscutting blade are smaller and fewer. This can be problematic for the saw’s feeding mechanism. Crosscuts are longer than the width of a single set of teeth, and ripping can be limited to the depth of one blade.
The large teeth within the gullets, between groups of teeth, help clear out material in the “rip” phase of wood cutting. The smaller teeth in between the groups of teeth stop feeding too much in the “crosscut” phase.
Blade Tooth Configuration: How the teeth on a saw blade are shaped and grouped is key to how well the edge will be able to cut. The configuration of the saw’s teeth can either rip, crosscut or laminate.
Understanding why you need a saw blade
Flat-Top (FT): A flat top tooth is the most efficient blade for cutting and raking material. Wood is much less likely to break when torn away with the grain, and ripping blades tear through fabric quickly, saving time from precious materials.
Alternate Top Bevel (ATB): With an alternate between right and left angles, the steel teeth help to pull wood fibers apart, making a softer cut. The saw is better at cutting natural wood, including plywood. With their beveled teeth, kitchen shears make a cleaner cut than other scissors.
Combination Tooth (Comb): Crosscutting tools have teeth formed into five rows – with four ATB teeth and one FT – with a large gullet between these sets of teeth.
Triple Chip Grind: Its teeth can cut through hard materials such as laminates, MDF, and plastics. TCG configurations are seen with a flat “raking” tooth opposite a high “trapeze” tooth. These configurations are also used for non-ferrous metal cutting blades.
High Alternate Top Bevel (Hi-ATB): The Hi-ATB configuration helps cut material surfaced with melamine, an easy-to-break material. The additional high bevel angle translates into a kerf action that grabs more of the material’s surface.
Hook Angle: Blade angle has an essential effect on cutting performance. Five degrees to the left of the regular blade angle will create an aggressive cut and feed rate.
Recalling a low or negative blade angle means slow performance but will also make the blade stay steady in the material.
A high hook angle object is usually a blade on a table saw, whereas a low or negative angle requires material to be dangerous. Radial arm saws and similar tools require blades with specific blade angles.
Kerf Width: When considering materials for your saw blades, you must consider the suitable lens type and the kerf size. Full-kerf blades are typically manufactured for wood cutting and sawing.
A powerful motor is required to power it; thin-kerf blades only cut through 1/8″ to make them more practical for woodworking tools with lower power requirements.
A thinner kerf blade allows for a smoother cut on portable and contractor models. Because less material is removed, the edges require less power to operate, allowing these saws to cut materials easily without slowing down.
(This causes excessive friction, slowing the blade, causing it to heat up, and potentially deforming it.) A traditional sheet metal blade, thinner and more flexible, vibrates more than a thicker blade with fewer flex points.
Technological advancements in blade design have made the two-piece thin kerf blades rival industrial quality full kerf saw blades.
Thin-kerf blades, like the ones used with vibrating systems, compensate for the loss of stability and make them the most efficient choice for lower-powered saws.
Saw Blade Teeth Quality: Two types of saw blades are high-quality and lower quality. Higher-quality blades are thicker with carbide cutting teeth fused to the blade plate, while lower-quality cutters use thin steel teeth that need to be replaced when they wear away from heavy use.
One of the features of some of the best knives is that the carbide material on them is specifically designed for a particular blade, and it is attached using a three-metal brazing process.
When a layer of copper alloy between layers of silver, the knife provides extra flexibility and impact resistance, an excellent quality knife with C3 grade micro-grain carbide teeth also allows for many sharpening reactions.
1. FOXBC 64-1/2 Inch X 1/2 Inch X 10/14 TPI Bandsaw Blade M42 Bi-Metal for Metal Cutting
- 64-1/2-Inch x 1/2″ X 0.025 X 10/14 TPI Band Saw Blades for Metal Cutting
- Perfect Fit for WEN, DeWalt, Makita, Grizzly, Bosch, POWERTEC, Shop Fox, SKIL, RIKON, Sears Craftsman, BILT HARD, Delta, Ryobi, Milwaukee band saws requiring a 64-1/2″ long 1/2″ wide blade.
- Recommended for cutting aluminum, angle iron, bronze, brass, copper, galvanized pipe, mild steel, and tougher steels including stainless, chrome, tungsten steel, plus other problem material at slow speed.
- Perfect for soft metal, Wood, Stainless Steel, Aluminum, Brass, Plastic
- Fits all band saws requiring a 64-1/2″ long 1/2″ wide blade
- Bi-Metal HSS M42 grade, 8% Cobalt Content For Added Durability & Wear
- Unique welding technique: strong and smoother welding point
- Contains: One blade
2. Machinist S933414 M42 93″ X 3/4″ X 10/14tpi Bi-Metal Metal Cutting Band Saw Blades
- Bi-metal type, 93″ long, 3/4″ wide, 10/14tpi teeth profile
- Perfect for soft metal
- 10/14tpi is suitable for cutting thin pipe tube profiles etc
- 10/14TPI is variable teeth, big teeth distance is 2.
- Suits all bandsaws which use 93″ long, 3/4″ wide bandsaw blade
3. BOSCH BS6412-24M 64-1/2-Inch by 1/2-Inch by 24TPI Metal Bandsaw Blade
- Made from premium grade steel
- Resists heat build-up for longer life
- Optimized tooth geometry for best cutting performance
- Package Dimensions: 2.794 L x 26.797 H x 24.765 W (centimeters)
4. Starrett – 99188-05-04-1/2 Intents Pro-Die Band Saw Blade
- The bimetal blade is designed for cutting low alloy steel; aluminum; stainless steel; carbon steel; tool, die, and mold steel; steel up to C45 Rockwell hardness; nickel-based alloys; and nonferrous metal.
- Good for cuts in solid, structural, and tubular shapes
- Variable tooth pitch reduces noise levels and vibration
- Intents tooth design with neutral rake angle for general-purpose cutting
- A wavy set helps prevent stripping for cutting thin workpieces
5. LENOX Tools Portable Band Saw Blades
- High-speed steel teeth provide a strong, long-lasting cutting edge
- Shatter Resistant
- Bi-metal blades bend and resist breaking and extend blade life
- Long Lasting
- Tuff Tooth design reinforces tooth for longer blade life
6. Supercut Bandsaw Supercut Made in The USA Band Saw Blade 64 1/2-inch X 1/2-inch X .025-inch
- 100% LIMITED LIFETIME WELD WARRANTY – Premium Quality Bimetal Steel built to cut through mild and stainless steel fused by our superior weld.
- ONE BLADE LASTS 10X LONGER – Cut faster and take the worry of your blade not lasting out of the equation with this high-speed steel, flexible spring back, and variable pitch blade.
- SAVE MONEY – Get the lowest cost per cut when cutting mild and stainless steel.
- CLEAN CUTS – Don’t settle for standard tooth blades, you’ve discovered the secret to cutting smooth and clean.
- VERSATILE – Use for cutting mild steel, stainless steel, wood, and non-ferrous metals (copper, brass, aluminum).
7. Machinist S93123414 M42 Bi-Metal Soft Ferrous Metal Cutting Bandsaw Blade 93-1/2″ X 3/4″ X 10/14tpi Variable Teeth
- Bi-metal type, HSS M42 grade, 93-1/2″ long, 3/4″ wide, 0.035″ thick, 10-14 TPI
- Perfect for cutting soft ferrous metal only
- 10/14tpi is suitable for cutting thin pipe tube profiles etc
- 10/14tpi is variable teeth profile, big teeth distance is 2.
- Suits all bandsaws which use 93-1/2″ long, 3/4″ wide bandsaw blade
8. Lenox – 29232CLB72360 Classic Tuff Tooth Band Saw Blade
- Tuff tooth design reduces tooth strip page
- Bimetal for cutting carbon steel, alloy steel, tool steel, structural steel, stainless steel, aluminum and other nonferrous metals.
- Good for cuts in cylindrical solids, rectangular tubes, and structural shapes
- A wavy tooth set helps prevent stripping for cutting thin workpieces
- M-42 high-speed steel tooth edge for heat and wear resistance
