Metal cutting saw blades or circular saw blades are designed to cut through an array of metals that vary on the basis of toughness and porousness. One of the best blades for non-ferrous and plastic is the Concord Blades ACB1000T 100HP 10-Inch 100 Teeth Non-Ferrous Metal Saw Blade. The problem is resolved quickly whenever the Concord Blades metal saw blade is being used.
Choosing the right blade for your circular saw is crucial if you want your circular saw to operate at peak efficiency. I will tell you about the different kinds of circular saw blades and what kind of blade is best for each job. Inexpensive: The circular saw blades are cheap compared to table saw blades.
There are numerous different devices for doing these jobs, too, from handheld multi-tools to benchtop chop saws, so the range of metal-cutting circular saw blades is extensive, and that’s before you start looking at blade materials, the type of metals they’re designed to cut, or the number and profile of the teeth. Metal-cutting circular saw blades vary from 2-inch diameter blades used by jewelers and precision engineers, to 14-inch monsters used for heavy-duty work. Metal cut with a circular saw blade frequently has jagged edges that can easily cut you.
While the saw is ideal for those purposes, you can also use it to make furniture-grade cuts in wood, cut steel or aluminum, reduce unwieldly sheets of plywood to more manageable sizes, and do heavy demolition cuts through lumber that has nails in it. These blades are rated for steel plate, pipe and conduit, and shapes such as L, U, and squares; some blades are also designed for cutting the same shapes in aluminum, and a few blades are even rated for making the cut in stainless steel, a notoriously difficult material to cut. Not all metal-cutting circular saw blades will cut thin sheet materials such a roofing and metal trim.
best circular saw blade for metal Related Question:
What blade is best for cutting metal?
Ferrous blades are ideal for cutting metals that contain iron, such as stainless steel or cast iron. Choose a non-ferrous blade when cutting softer metals, like aluminum or copper. For the best results, use a diamond blade that’s rated to cut the type of metal you are working with.
What type of circular saw blade do you need to cut metal?
Circular saw blades for metal, such as those for use on metal-cutting chop saws — also called abrasive saws or cut-off saws — are often 14-inch aluminum oxide abrasive blades or carbide-tipped toothed blades.
What TPI is best for cutting metal?
If you’re looking to cut wood or other soft materials, you’ll need a blade with a TPI of 6 up to 20. For harder materials like metal, a TPI between 14 up to 36 is more suitable.
Can I put a metal blade on my circular saw?
Only blades and discs specified for cutting metal should be used. These professional circular saw blades are perfect for cutting through aluminium, copper, lead and other non-ferrous metals; while these diamond cutting discs will make light work of cutting through stainless steel.
Can you turn a circular saw blade backwards to cut metal?
You can run a saw blade backwards and it cuts pretty well. However it is not at all a good idea. The two big reasons not to do this is that saw tips are much more likely to come off if the saw blade is run backwards and that the whole saw blade is much more likely to come apart if it is run backwards.
What is the best tool for cutting metal?
Hacksaw. The original metal-cutting tool, the manual hacksaw, is an easy, inexpensive option for cutting through metal (and a slew of other materials). Ideal for small projects and home improvement needs, the hacksaw is typically one of the first tools a homeowner purchases, thanks to its low cost and versatility.
Can you use any circular saw to cut metal?
It may not be an obvious choice, but fitted with the right blade, a circular saw is a great metal-cutting tool. In our test, it cut through rebar like a hot knife through butter. You can cut mild steel up to about 3/8 in. thick using a ferrous-metal-cutting blade.
Can carbide blade cut metal?
Carbide metal cutting blades offer a full range of sizes and profiles for cutting both ferrous and non-ferrous metal. Ferrous metal blades can be used for cutting all types of metal construction products including steel siding, roofing, steel studs, and other construction steel.
Is more teeth on a saw blade better?
More teeth means a smoother cut, fewer teeth means that the blade removes more material. Crosscut blades have more teeth and make smoother cuts across the grain of the material, rip blades have fewer teeth, are optimized to cut with the grain, and remove a lot more material.
What is 18 TPI for cutting?
Blades 12-18 TPI are typically used for metal and denser materials as well as finish cuts in wood. The 18-24 TPI range is almost always used for metal cutting. Pro Tip: Always keep 3 teeth in contact with the material being cut.
How many teeth does it take to cut metal?
The general rule of thumb is: For wood and soft materials aim for 3 – 6 teeth in the workpiece. For metals and harder materials aim for 6 – 24 teeth in the workpiece.
What is a bimetal saw blade?
Bimetal blades are metal cutting blades. They are used on band saws to cut carbon steel, tool steel, structural steel, stainless steel, pipes and tubes, die steel, angles and flat stock, and mixed metal applications.
Will a masonry blade cut metal?
Yes, certain diamond blades can cut through metal, but this will depend entirely on the blades application. Most diamond blades are used to cut through concrete, brick, tile, and asphalt.
Can carbide tipped blade cut aluminum?
You should be able to use a carbide-tipped abrasive cutoff wheel for non-ferrous metals like brass, aluminum, copper or lead. Carbide-tipped blades last up to 10 times longer than regular steel ones.
Can a wood saw blade cut metal?
Metal-Cutting vs Circular Saw Blade Speeds Even that steps up from the 3900 RPMs of their smaller model. Makita boasts a similar speed in their 18V LXT Brushless model. The blade speeds of a wood-cutting framing saw well exceed recommended cutting speeds of carbide teeth in metal.
