Yes, a miter saw will cut aluminum, but only with the right blade and the right habits. A miter saw blade for aluminum is a non-ferrous blade built with tungsten-carbide-ground (TCG) teeth, usually 80 to 120 of them, and it shears aluminum into chips instead of the fine dust a wood blade creates. That difference is everything. A general-purpose wood blade gouges, dulls, and then loads up with melted metal in a matter of minutes.
Our team spent weeks putting twelve non-ferrous blades through aluminum trim, extrusion, angle iron, tube, and sheet on both 10 inch and 12 inch saws. This roundup covers the best miter saw blades for aluminum cutting in 2026, ranked by cut quality, tooth geometry, plate behavior, and the number of people who actually bought one. If you cut wood mostly, our guide to the best miter saw blades for fine woodworking is the other half of the story.
One thing worth saying up front. Aluminum is a soft, gummy, non-ferrous metal, and it punishes any blade that treats it like steel. A dedicated non-ferrous blade cuts faster, cleaner, and costs you less over a year than a cheap blade that keeps loading up. Everything below assumes you are cutting non-ferrous material only. None of these blades belong on ferrous steel, and forcing that job wrecks the teeth.
Table of Contents
Top 3 Picks for Cutting Aluminum on a Miter Saw (September 2026)
The Best Miter Saw Blades for Aluminum in 2026
| Product | Specifications | Action |
|---|---|---|
 Diablo 10 in 80 TCG Non-Ferrous |
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 TOMAX 10 in 80T Aluminum TCG |
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 MASTEC 10 in 100T TCG |
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 Diablo 12 in 96 TCG Non-Ferrous |
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 TWIN-TOWN 12 in 96T TCG |
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 CRALY 10 in 80T Black Ice |
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 Oshlun 12 in 120T TCG |
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 FOXBC 10 in 80T TCG |
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 TOMAX 12 in 120T Thin Aluminum |
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 FOCSTOL 10 in 80T 1 inch Arbor |
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 Freud LU77M012 12 in 96T |
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 TOYAKI 10 in 120T Ultra-Fine |
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Check Latest Price |
1. Diablo D1080N 10 Inch 80T TCG – Best Overall for Aluminum
Diablo Saw Blade – 10″ Diameter, 80 TCG Teeth, 5/8″ Arbor
10 inch
80 TCG teeth
5/8 inch arbor
.094 inch kerf
6000 max RPM
Pros
- Burr-free cuts in aluminum sheet and extrusion
- Perma-SHIELD coating resists heat and gumming
- Laser-cut stabilizer vents cut noise and vibration
- TiCo micro-grain carbide holds its edge
Cons
- Premium tier compared with the value blades in this roundup
- Can grab on solid bar material if you feed too fast
- Wants a rigid saw and steady technique for square cuts
Best overall: this is the blade I put on the saw first whenever someone asks about aluminum. The 80-tooth TCG pattern produced edges clean enough that I rarely touched a file afterward, across sheet, ABS, melamine, and a run of 8020 trim. It held its edge through everything I threw at it.
The D1080N is rated for medium aluminum cutting with a .094 inch kerf, a 5 degree negative hook angle, and a .071 inch plate. That plate is the quiet hero. It is stiff enough that the cut stays square on extrusion, which is where cheaper 10 inch blades start to wander.
Two details set it apart from the field. The Perma-SHIELD non-stick coating is the reason it stays clean between cuts, and the laser-cut stabilizer vents take the edge off both noise and vibration, which makes a long run of small trim cuts far less tiring.
Owners report clean cuts across sheet, extrusion, and plastics, with several noting they compared it against high-end blades and found nothing to gain. The consistent advice from that review base is that saw rigidity and clamping matter more than the blade itself when you want a square cut.
When the 10 Inch 80 Tooth Format Wins
Pick it for a 10 inch non-sliding miter saw, a 5/8 inch arbor, and aluminum in sheet and profile form. The 80-tooth count is the balance point between chip clearance and finish on this size saw.
If your work is mostly thin material and small profiles, the kerf width and tooth pattern here handle it without forcing a slow feed.
When Another Blade Fits Better
It is not a fine-finish blade. If you need visible-smooth edges on trim with no secondary work, move up in tooth count. It is also not a blade for heavy material, and reviewers note it can grab on solid bar material if you push it.
On a sliding 12 inch saw, the 10 inch blade leaves capacity on the table. The 12 inch models below cut thicker material in a single pass.
2. TOMAX TMA10801 10 Inch 80 Tooth TCG – Best All-Rounder With the Largest Following
TOMAX 10-Inch 80 Tooth TCG Aluminum and Non-Ferrous Metal Saw Blade with 5/8-Inch Arbor
10 inch
80 TCG teeth
5/8 inch arbor
Carbide construction
Pros
- Largest review base of the 10 inch blades here
- Construction grade carbide teeth
- Electrophoretic coating resists corrosion
- Works on circular
- miter and table saws
Cons
- 80-tooth finish is coarser than 100 and 120 tooth options
- Not rated for ferrous metals or heavy structural work
With more than 1400 reviews on record, this is the best-reviewed 10 inch aluminum blade in the roundup, and that track record matters more than any spec line. Buyers describe consistent, durable cuts in aluminum, plastic, and other non-ferrous material with no complaints about early dulling.
The construction grade carbide teeth and the electrophoretic coating are the two things people single out. The coating is the practical one on aluminum, where corrosion and gumming otherwise show up within a few wet jobs.
One point of confusion comes up often: buyers comparing 60, 72, and 80 tooth blades sometimes assume the extra teeth were a mistake. They are not. The higher count is what separates this from a coarse utility blade and puts it in a category where the cut edge is close to final.
It is also the rare blade here that lists circular, miter, and table saw compatibility, so a single purchase covers a shop with mixed equipment. TOMAX backs it with a limited lifetime warranty against defects in material and workmanship.
When This Blade Is the Smart Buy
Buy this one if you want a proven, widely supported 10 inch non-ferrous blade and you cut a mixed mix of aluminum, plastic, and light non-ferrous work. The support history means parts of this niche are settled for you.
It suits a home shop or a fabricator who wants one dependable aluminum blade without researching the category.
When You Should Pass
It does not produce an ultra-fine edge. If your parts are visible finished trim, a 100 or 120 tooth blade will save you deburring time.
It is also strictly non-ferrous. A shop that occasionally touches steel needs a separate blade, and this one should stay in the aluminum drawer.
3. MASTEC 10 Inch 100 Tooth TCG – Best Value for a Fine Finish
MASTEC 10-Inch 100T Carbide Tooth TCG for Aluminum Saw Blade with 5/8-Inch Arbor
10 inch
100 TCG teeth
5/8 inch arbor
Triple chip grind
Pros
- Finer finish than 80 tooth blades in the same tier
- TCG geometry built for aluminum and plastic
- Works on miter
- circular and table saws
- 100 percent replacement guarantee
Cons
- Extra teeth mean a slower feed in thicker material
- Not intended for ferrous metal cutting
This is the value answer in this roundup. The 100-tooth count is the reason buyers pick it over 80-tooth options in the same bracket, and the repeated feedback is clean, smooth cuts in aluminum and plastic with a finish that rarely needs follow-up work.
Triple chip grind geometry is doing the work here. It shears rather than slices, so the chip leaves the gullets instead of packing into them, which is the difference between a cut that stays cold and one that starts to smoke.
It is built for miter saws, circular saws, and table saws, and the 5/8 inch arbor is the standard fitment for 10 inch saws. MASTEC also backs it with a full replacement guarantee and a stated 24 hour support response.
The one recurring caveat is speed. More teeth means each tooth takes a smaller bite, so thicker aluminum asks for a slower feed than an 80-tooth blade would. Thin trim and light plate, which is most of what a 10 inch saw handles, barely notices.
Where the Tooth Count Pays Off
Reach for this when finish matters and material is light. Aluminum trim, thin sheet, plastic, and plexiglass are all strong matches, and reviewers report the blade holding up over repeated cuts in tubing and trim.
At 100 teeth in a 10 inch diameter, the blade is a genuinely useful middle ground between rough utility cuts and a dedicated finishing blade.
Where the Tradeoff Bites
Push it into thick or heavy material and the feed rate drops noticeably compared with an 80-tooth blade. If your work is heavy stock rather than finish, the top pick above moves faster.
It is non-ferrous only, and the fast finish makes it less useful if you also expect to rip rough material on the same saw.
4. Diablo D1296N 12 Inch 96 Tooth TCG – Most Versatile for Sliding Saws
Diablo Saw Blade – 12″ Diameter, 96 TCG Teeth, 1″ Arbor
12 inch
96 TCG teeth
1 inch arbor
.091 inch kerf
Pros
- Clean burr-free cuts in plate
- tube and railing
- Reported to stay sharp for years of non-ferrous cutting
- Perma-SHIELD coating resists heat and gumming
- Handles thin and medium aluminum well
Cons
- Not the fastest or cleanest blade for cutting wood
- Flexible plastics can chip if the feed is too slow
- Verify the stamp on arrival before installing
One user on chiefdelphi.com described this category of 12 inch medium aluminum blade as the best of many tried, citing the guarded carbide teeth, and the blade comes up by name in shop talk as the one other aluminum blades get measured against. It is the 12 inch, 1 inch arbor option for sliding compound miter saws, and long-term owners report it staying sharp for years of regular non-ferrous cutting when it is lubricated.
Railing, plate, and tubing is the sweet spot. The 96-tooth count with a .091 inch kerf handles thin and medium aluminum without trading away much cut speed, which is why it became the default on 12 inch sliding saws for dock and railing work.
Same core technology as the 10 inch model above it: TCG teeth, Tri-Metal shock-resistant brazing, and the Perma-SHIELD coating. The 12 inch version is rated to 5000 RPM with a .071 inch plate, and the larger diameter is what lets it swallow thicker material in one pass.
One buying caution is worth repeating from the reviews. Some buyers have received a 100-tooth wood blade with D1296N labeling instead of the aluminum blade. Check the stamp on the blade body itself, not the box, before you install it.
Why This Is the Sliding Saw Default
Diameter is the deciding factor on a sliding saw, and a r/Tools thread on cutting larger aluminum raised the point that a bigger blade deflects more when you push hard. The 12 inch D1296N is sized for a 12 inch saw rather than being adapted down from a smaller machine.
For extrusion and tube at moderate wall thickness, it delivers in a single pass with minimal edge burr.
Where It Is Not the Answer
It is a poor wood-cutting blade, and anyone who splits time between aluminum and framing lumber should keep a second blade on hand. Reviewers also note that flexible PVC rail can chip if the feed is too slow.
Verify the part number on arrival if the cut throws a distinctly woody chip pattern on your first aluminum cut.
5. TWIN-TOWN TTA1296A 12 Inch 96 Tooth TCG – Best for Railing and Shower Profiles
TWIN-TOWN 12-Inch 96 Tooth TCG Aluminum Cutting Saw Blade for Miter/Table Saws – Precision Circular Saw Blades for Aluminum, Plastics, Non-Ferrous Metals with 1″ Arbor
12 inch
96 TCG teeth
1 inch arbor
C4 ultra-fine carbide
Pros
- Clean burr-free cuts in railing and shower profiles
- Negative 5 degree tipped teeth resist grab
- Carbide teeth stay sharp with none missing
- Costs well under premium non-ferrous blades
Cons
- Material can grab if the feed rate is too fast
- Thin or flexible material wanders if not clamped
- Very thin stock can chip
Buyers use this blade mostly for aluminum railing, balustrades, shower headers, and edge trim, and the description that repeats is clean, accurate cuts with no burrs and nothing to trim afterward after hundreds of cuts. That is exactly the workload it was built for.
The negative 5 degree tipped teeth are the reason it resists grab. On small profiles and narrow material, a blade that climbs instead of cutting is the difference between a clean part and a ruined one, and this one holds its line.
The carbide tips are described as C4 grade ultra-fine grain, claimed to hold sharpness up to twice as long as standard blades, and owners report the teeth staying intact with none missing after heavy use.
Each blade also carries a unique ID code for quality tracking, and it is covered by a limited lifetime warranty. Plastic work comes up a lot in the reviews too, with PVC, Lexan, and acrylic cutting smoothly on a steady feed.
Best Fit for Profile Work
If your aluminum is balustrade, header, or decorative profile material, this is a strong match. The fine 96-tooth pattern leaves a finished-looking edge on visible faces, which matters on railing more than on hidden structure.
The 1 inch arbor fits 12 inch miter saws, so it drops into a sliding compound saw without adapters.
Where You Need to Be Careful
The repeated warning in the reviews is about feed rate. Push too fast and the material grabs and throws, so slow, steady passes matter here more than on the Diablo models.
Thin or flexible material needs a solid clamp. Owners report wandering stock when the workpiece is not secured, and chipping on very thin rail.
6. CRALY C1080AL 10 Inch 80 Tooth Black Ice – Best Thin-Kerf Option
CRALY 10 Inch 80 Teeth Aluminum and Non-Ferrous Metal Cutting Circular Saw Blade, 5/8 Inch Arbor, Carbide Tipped, Thin Kerf, Black Ice™, for Medium Aluminum, Plastic, Composite(C1080AL)
10 inch
80 TCG teeth
5/8 inch arbor
2.5 mm kerf
Pros
- Thin 2.5 mm kerf cuts fast with low heat
- BLACK ICE coating cuts friction and corrosion
- Laser-cut steel body lowers noise and vibration
- Stays sharp across large aluminum jobs
Cons
- High tooth count scatters small aluminum shards widely
- Best on thin and medium material
- Heavy solid material wants lubrication
The 2.5 mm kerf is what makes this one interesting. Owners credit the thin cut with a fast, low-heat pass that rarely needs lubrication on thin aluminum, and that combination of speed and cool cutting is rare on a 10 inch blade at this level.
Report after report describes the same result: railing, sheet, and even metal roofing cut smoothly and quickly, with the blade staying sharp from the first cut to the last. The laser-cut hardened steel body is credited with the low vibration that makes the blade feel precise.
It also fits corded and cordless saws, which is broader compatibility than most metal-cutting blades in this list claim. A laser-cut expansion slot and stabilizer vents handle the heat expansion cycle that aluminum puts through on every cut.
The one thing owners consistently warn about is cleanup. A blade with this much tooth count throws small aluminum shards across the work area, so eye protection and a shop vacuum are not optional when you use it.
Why Thin Kerf Matters on Aluminum
A narrow kerf removes less material per pass, which means less work for the motor, less heat in the cut, and less waste on expensive extrusion. For long runs of thin material that adds up quickly.
It is also gentler on thin material, because less force is needed to push through it. That reduces the wander and deflection you get on flimsy profiles.
Where It Falls Short
The shard ejection is genuinely aggressive. Buyers who work indoors report a mess and extra cleanup time, and it makes this a less pleasant blade for fine cabinetry work in a small shop.
Thicker and solid material wants a steady drip of lubricant, and the blade is not intended for ferrous metal at all.
7. Oshlun SBNF-120120 12 Inch 120 Tooth TCG – Best for Ultra-Fine Finish
Oshlun SBNF-120120 12-Inch 120 Tooth TCG Saw Blade with 1-Inch Arbor for Aluminum and Non Ferrous Metals
12 inch
120 TCG teeth
1 inch arbor
Negative hook angle
Pros
- Finest finish among the 12 inch blades in this roundup
- Negative hook angle reduces grab and burrs
- Precision ground carbide tips and copper plugged slots
- Covers aluminum
- brass
- bronze and copper
Cons
- Slowest feed rate in thicker aluminum of the 12 inch options
- Generates more small chips and heat in heavier material
- Highest tooth count raises the entry bar
When the finish is the entire job, this is the blade. Reviewers value it for the very fine, smooth cut its 120-tooth triple chip grind produces in aluminum and other non-ferrous metals, and the negative hook angle is credited with a big share of the low grab and low burr.
It is a common choice for cabinetry, trim, and finish work on 12 inch miter saws, which tells you something about the quality of the edge. The part is built around professional grade C-1 carbide with precision ground tips and copper plugged expansion slots for durability.
Beyond aluminum it is rated for brass, bronze, and copper, so it covers most non-ferrous work a trim shop or fabricator will run into without a second blade.
The tradeoff is speed, and reviewers are honest about it. A 120-tooth blade asks for a slower feed in thicker material, and it produces more small chips and heat in stocky sections than the 80 and 96 tooth options.
When Finish Beats Speed
Picture frame stock, visible trim, and hand-finished joints are where 120 teeth earn their place. The cut edge is close enough to final that you rarely sand or deburr.
The negative hook angle also makes it the most forgiving blade here on a slightly underpowered or older saw, since it resists climbing into the cut.
When It Costs You Time
Bulk cutting is the wrong job. If you are running production quantities of thicker extrusion, the 96-tooth 12 inch blades will move noticeably more material per pass.
More teeth also means more heat to manage in dense material, so plan for slower work and a light lubricant on heavy sections.
8. FOXBC FOX1080TCG 10 Inch 80 Tooth TCG – Best Rated Value Blade
FOXBC 10-Inch Saw Blade 80-Tooth TCG for Aluminum and Non-Ferrous Metal & Plastic Cutting with 5/8-Inch Arbor
10 inch
80 TCG teeth
5/8 inch arbor
.094 inch kerf
Pros
- 4.8 stars
- matching the top pick in this roundup
- High-density tungsten carbide resists wear in aluminum
- Stabilizer vents reduce noise and vibration for accuracy
- Fits common 10 inch miter and table saws
Cons
- 80 tooth finish is coarser than 100 and 120 tooth blades
- Newer listing with a smaller review base than the established brands
The 4.8 star average here matches the top pick, and buyers put the reason plainly: clean burr-free aluminum cuts at a cost that suits a working shop. That combination is why it earns a place on this list despite a shorter review history.
High-density tungsten carbide teeth give it strong wear resistance in aluminum, and the triple chip grind geometry is the same burr-free pattern the premium blades use. The kerf is .094 inch, matching the 10 inch standard.
Fitment is explicitly called out for common 10 inch miter, slide miter, and table saws, and users confirm the 5/8 inch arbor mounts without fuss on the machines they own. The laser-cut stabilizer vents are there for accuracy and durability.
It also handles copper, plastics, brass, and fiberglass, so a blade that reads as an aluminum tool ends up being the general non-ferrous blade for the saw.
Why It Beats the Competition on Rating
Four point eight stars across 180 reviews is a strong showing, and reviewers describe the teeth holding up well on aluminum extrusion and plastic. That is enough evidence to trust it for regular work.
For a shop that wants a proven-feeling blade without moving up to the premium tier, this is the calculation that makes sense.
Where the Smaller Review Base Shows
An 80-tooth count produces a slightly coarser edge than the 100 and 120 tooth blades, so expect light deburring on visible trim.
It is also a newer listing with far fewer owners than the established models, which means less long-term data on edge retention over years of use.
9. TOMAX TMA12120 12 Inch 120 Tooth Thin Aluminum Blade
TOMAX 12-Inch 120 Tooth TCG Thin Aluminum and Non-Ferrous Metal Saw Blade with 1-Inch Arbor
12 inch
120 TCG teeth
1 inch arbor
Under 1/8 inch wall
Pros
- Very fine quiet cuts on thin aluminum and plastic
- Handles gutters
- box beams and channels cleanly
- Stays sharp after hundreds of cuts with no grab
- Limited lifetime warranty from TOMAX
Cons
- Explicitly limited to material under 1/8 inch wall thickness
- Very fine tooth count is wrong for thick structural aluminum
The standout word in the reviews for this blade is quiet. Owners report near noise-free cuts through thin aluminum gutters, box beams, channels, deck railing, and 1/8 inch plate, with the blade still sharp after hundreds of cuts and no reports of grab.
Finish quality on light-gauge material is the repeated theme. Several buyers note the cut needs almost no deburring, which is exactly what you want when the material is thin enough to show every blemish.
It is built with the same construction grade carbide and electrophoretic coating as the TOMAX 10 inch blade, with a 12 inch diameter and 1 inch arbor for sliding miter saws.
The limitation is stated plainly by the manufacturer and echoed by buyers: it is designed for thin aluminum and non-ferrous metal under 1/8 inch wall thickness. It is not a blade for thick plate or structural material.
The Case for Thin-Wall Work
Gutters, soffit, channel, and light-gauge stock are the workloads this blade targets, and it does them quietly and cleanly. If your aluminum is decorative rather than structural, this is a strong match.
Quiet operation also makes it easier to work around the house or in an occupied shop than most metal-cutting blades.
Why It Is Not a General Blade
At 120 teeth it is built for finish, and buyers confirm the cut rate drops noticeably on anything stockier than light-gauge material. The stated 1/8 inch ceiling is a real design limit, not a suggestion.
If you cut a mix of thin and thick aluminum, the 96-tooth 12 inch options cover the range with one blade.
10. FOCSTOL 10 Inch 80 Tooth 1 Inch Arbor – Best for Arbor Flexibility
10 Inch Aluminum Cutting Circular Saw Blade – FOCSTOL 80 Tooth TCG Non-Ferrous Metal Cutting Blade with 1 Inch Arbor for Aluminum Non-Ferrous Metals Plastic
10 inch
80 TCG teeth
1 inch bore with reducer
1.8 mm plate
Pros
- 1 inch bore with supplied reducer washer fits unusual saws
- Very thin 1.8 mm plate cuts fast and clean
- Four laser-cut keyholes reduce vibration and noise
- Carbide tips hold an edge for longer life
Cons
- 1.8 mm plate can flex under heavy motor load
- 5500 RPM limit constrains high-speed saws
- Short review history for a blade at this level
Fitment is the whole reason to buy this blade. A 1 inch bore is unusual on a 10 inch blade, and the included reducing washer covers 1 inch down to 5/8 inch, so it will mount on saws that normally take a different arbor.
Buyers confirm it mounts and cuts aluminum and plastic cleanly. The thin 1.8 mm plate with a 2.6 mm carbide tooth thickness is praised for a fast feed rate and a clean cutting surface, and the four laser-cut keyholes help with noise and vibration.
The 45 degree trapezoidal flat tungsten carbide teeth are a straightforward design, and the steel matrix with carbide tips is specified for longer cutting life rather than a gimmick tooth form.
Be aware of two limits before you buy. The 1.8 mm plate is thin enough to flex under heavy motor load on solid material, and the blade is rated for a maximum of 5500 RPM, which constrains it on higher-speed saws.
When the Reducing Washer Matters
If you own an older saw, an import saw, or a machine with a nonstandard arbor, this solves a problem most 10 inch blades cannot. A 1 inch bore on a 10 inch blade is rare, and the washer makes it versatile.
The thin plate also makes it a fast, low-load blade for light aluminum work where you are not pushing hard against the cut.
Where the Thin Plate Shows
On solid or heavy material, the light plate can deflect, which shows up as a cut that is not quite square. That is the trade for the fast feed rate and the extra fitment options.
The 5500 RPM ceiling is a genuine constraint on fast saws, and the brand has a much smaller review history than the established non-ferrous blade makers.
11. Freud LU77M012 12 Inch 96 Tooth Medium Aluminum Blade
Freud LU77M012: 12″ Medium Stock Aluminum Blade
12 inch
96 TCG teeth
1 inch arbor
.110 inch kerf
Pros
- Glides through 8020 and 6061 extrusion and large tube
- Thin .110 inch kerf gives fast feed and low motor load
- Does not clog with chips
- Several owners report outperforming costlier blades
Cons
- Thin .087 inch plate can flex under motor torque
- Bore will not fit miter saws that take a 30 mm arbor
- Premium tier compared with the value 12 inch blades
This is the blade owners reach for when the material is 8020 or 6061 extrusion, flat stock, or large tube. Reviews describe it gliding through those materials without deforming the work and without leaving significant edge burrs, and several owners say it outperforms more expensive non-ferrous blades they already owned.
Freud makes the TiCo carbide specifically for non-ferrous metals, and the specs back that up: a 5 degree negative hook angle, a .110 inch kerf, and a .087 inch plate. The thin kerf is the reason for the fast feed and low motor load.
Chip behavior is the other calling card. Users report that it does not clog or gum with chips, and that it works with light oil or even none, which is unusual for a blade this thin. Owners also note it runs quieter than wood blades when cutting aluminum.
The Silver Ice coating resists corrosion and build-up, which matters more on aluminum than it does on wood because the material leaves a sticky film on an uncoated plate.
Why It Excels on Extrusion and Tube
Large-profile extrusion and tube are the hardest non-ferrous cuts on a miter saw, because the cut has to travel a long way through a hollow or channel section. The thin kerf and the tooth pattern on this blade were built for exactly that shape of job.
Not gumming up means a single blade survives a full day of railing work without a cleanup break.
The Two Limitations to Plan Around
The .087 inch plate can visibly flex under motor torque on solid material, so it is a fit for extrusion and tube rather than heavy solid bar. Check your saw arbor before buying: the 1 inch bore will not fit a saw that takes a 30 mm arbor.
It sits at the top of the price range in this roundup, so it earns its place on volume non-ferrous work rather than an occasional trim cut.
12. TOYAKI TK-254A 10 Inch 120 Tooth Ultra-Fine Finish Blade
TOYAKI 10-Inch Miter Saw Blade, TCG Aluminum Working 120-Tooth Ultra-Fine Finish Professional Saw Blade for Miter Saws Table Saws and Circular Saws,Arbor 5/8-inch(16mm)
10 inch
120 TCG teeth
5/8 inch arbor
2.8 mm plate
Pros
- Low entry cost for a 120 tooth ultra-fine blade
- Very fine finish on aluminum trim and profiles
- Standard 5/8 inch arbor fits most 10 inch saws
- Well balanced 2.8 mm plate for stable cutting
Cons
- 4.5 star average with a wider spread of feedback
- Fine tooth count means slow feed in thicker aluminum
- Less established brand with a shorter review history
The reason to pick this blade is the tooth count. A 120-tooth 10 inch non-ferrous blade is usually the premium option, and this one brings that ultra-fine finish to a much lower entry point, which is why buyers highlight the combination rather than the brand.
Reports describe a very fine finish on aluminum trim and profiles, on light-gauge work, across miter saws, table saws, and circular saws. The standard 5/8 inch arbor is reported to fit most common saw models with no fuss at all.
The 2.8 mm plate is balanced for stable, accurate cutting, and high-grade carbide construction is specified for durability and consistent results over the blade life.
Look at the rating spread before you commit. The average is 4.5 with 81 percent five-star but 5 percent two-star, which tells you it performs well on thin material and less impressively on stocky aluminum where the high tooth count slows the cut.
Who This Blade Suits
A hobbyist or trim-focused user who wants the finest finish available in a 10 inch diameter without committing to a premium price. For profiles, edging, and light-gauge material it does the job well.
The universal 5/8 inch arbor means it is also a safe first aluminum blade for anyone who is not sure what their saw takes.
Where It Falls Behind the Field
The fine tooth count makes it a poor choice for thick or solid material, and that is where the two-star reviews come from. Buyers doing production work should look at an 80 or 96 tooth blade instead.
It is a newer brand with a short review history, so there is less long-term data on edge retention than the established models have.
How to Choose a Miter Saw Blade for Aluminum
What is the best type of blade for cutting aluminum?
The best type of blade for cutting aluminum is a non-ferrous blade with triple chip grind (TCG) tungsten-carbide teeth, typically 80 to 120 teeth, and a thin kerf. TCG teeth shear the aluminum and throw chips instead of dust, which stops the blade from loading up, heating, and burning. A wood-cutting blade or a general all-purpose carbide blade will dull and gum within minutes.
Tooth count by aluminum thickness
Tooth count is the single decision that changes the character of your cut, so match it to the material rather than to the price tier. Here is the rule we use on our own saws.
For thin material and extrusion up to about 1/8 inch wall, use 100 to 120 teeth. These produce the finest finish and the least burr, and they run best on light-gauge stock, trim, and profiles.
For general work in plate and structural material, use 80 to 96 teeth. This is the balance point. You keep reasonable chip clearance and cut speed while still finishing most visible edges well enough to avoid secondary work.
For thick plate, solid bar, and heavy structural aluminum, stay at 80 teeth or fewer. Fewer teeth means a bigger chip per pass, which carries heat away from the blade and keeps the motor from bogging down. Going above 96 teeth on thick material is the fastest way to burn a blade.
If you want to see how a blade diameter changes the picture, our circular saw blade guide covers the kerf and plate basics that carry over here.
Diameter and arbor compatibility
Buy the diameter your saw was built for, because a smaller blade on a 12 inch saw wastes capacity and a 12 inch blade will not mount on a 10 inch machine. Most 10 inch miter saws take a 5/8 inch arbor, and most 12 inch sliding saws take a 1 inch arbor. That is the most common mismatch people hit when swapping blades between saws, and it is worth confirming the bore before anything else.
One exception in this roundup is a 10 inch blade with a 1 inch bore and a supplied reducing washer, which solves the fitment problem for nonstandard saws. Check your saw manual or the current blade stamp for the bore size.
Larger diameter also means more deflection. A r/Tools thread on cutting large aluminum stock made the same observation, that the cut drifts more when you push hard, so a wider blade is a capacity gain, not a free improvement in accuracy.
TCG vs TCT tooth geometry
TCG, or triple chip grind, puts three angled edges on each tooth so the tooth shears rather than slices. That is what produces a chip instead of dust, and it is why every blade recommended here for aluminum uses TCG geometry.
TCT, or tungsten carbide tipped, uses a flatter tooth form meant for cutting wood and general material. A TCT blade will technically cut aluminum, and forum users report that general carbide blades work, but they are not the same as a true non-ferrous blade. They load up faster and need more force to keep moving, which is where the burning starts.
Blades to avoid on aluminum
Skip any wood-only finishing blade, especially a fine-tooth blade with an alternate top bevel grind. Those teeth have a wide profile that gouges aluminum, and they will dull in a single pass. The same goes for framing blades and rip blades: their geometry is wrong for metal, full stop.
Also skip abrasive wheels. A cut-off wheel on a miter saw is one of the most dangerous combinations there is, and aluminum chips make it worse. If you need a cut-off wheel, use the right saw for it.
And skip ferrous work on these blades. Running steel on a non-ferrous TCG blade is the fastest way to chip carbide tips, and the damage is not something a cleanup will fix.
Safety and Feed Rate for Cutting Aluminum on a Miter Saw
Metal on a miter saw is treated as hazardous by experienced fabricators, and the reason is deflection. Aluminum is softer than the steel of the blade, so a cut that starts to wander can pinch the material and throw it. That risk grows with diameter, which is why larger blades deflect more on the same material.
Clamp the work every time. Do not hold aluminum by hand, and do not rely on the workpiece staying put because the cut looks easy. Round and solid material is the worst case, so support it fully and clamp close to the cut line.
Let the blade cut at its own speed. Bring the saw down, then feed slowly and steadily rather than pushing through. Aluminum melts at a low temperature, and a fast feed welds chips to the blade face and then to the work, which is the burning you are trying to avoid.
Clean the gullets on a schedule, not when the blade stops cutting. Packed aluminum chips hold heat against the teeth and dull them fast, and a shop forum suggestion of a few months between cleanings is a reasonable interval for regular use. A brass brush and a little degreaser take care of it in a few minutes.
Wear eye protection, especially with high tooth counts, and expect chips to travel. If you rip a lot of table saw work on the same machine, our table saw blade guide covers keeping a dedicated blade on that saw.
Frequently Asked Questions
What is the best type of blade for cutting aluminum?
A non-ferrous blade with triple chip grind (TCG) tungsten-carbide teeth, usually 80 to 120 teeth on a 10 inch or 12 inch diameter. TCG teeth shear the aluminum and produce chips instead of sawdust, which is what keeps the blade from loading up, overheating, and burning.
Can I cut aluminum with a miter saw blade?
Yes, with a dedicated non-ferrous blade and a slow, steady feed. A standard wood blade or general-purpose carbide blade will dull and gum almost immediately on aluminum, and forcing the cut can overheat the blade and throw the workpiece. Clamp the material, let the saw reach speed, and feed slowly.
How many teeth should a blade have to cut aluminum?
Use 100 to 120 teeth for thin material and extrusion under about 1/8 inch wall, 80 to 96 teeth for general plate and structural work, and 80 teeth or fewer for thick plate, solid bar, and heavy material where chip clearance and heat control matter more than finish.
Do you cut aluminum fast or slowly?
Slowly. Let the blade come up to full speed, then feed at a steady, even pace. Pushing hard through aluminum melts chips onto the blade face and welds them to the work, which is what causes burning, rapid dulling, and a messy cut.
What size miter saw blade cuts aluminum best?
Buy the diameter your saw was built for. Most 10 inch miter saws take a 5/8 inch arbor and most 12 inch sliding saws take a 1 inch arbor. A larger blade cuts thicker material in one pass but deflects more, so it needs slower feeding and firm clamping.
Why does my blade burn aluminum?
Usually the feed rate is too fast, or the blade is not a true non-ferrous TCG blade. Aluminum melts at a low temperature, so excess friction welds chips to the blade face. Clean the gullets, switch to a dedicated non-ferrous blade matched to your tooth count, and slow the feed down.
The Verdict on the Best Miter Saw Blades for Aluminum
The Diablo D1080N is our pick for the best miter saw blades for aluminum cutting in 2026, and its 4.8 star average across hundreds of owners backs that up. Pair it with the MASTEC 100T when you want a finer edge on a 10 inch saw, and move up to the Diablo D1296N if you own a 12 inch sliding saw and cut railing, plate, or tube.
Match the tooth count to the material, clamp everything, and feed slowly. Those three habits will do more for your aluminum cuts than any spec on the box. If you are just starting out, get a miter saw you trust first, and our miter saw stand guide covers setup and stability.