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WEN BL1060, 254 × 15.88 mm, 60T

The same blade as the 80-tooth beside it in every published figure but one — which makes the comparison clean.

WEN BL1060 10 inch 60 tooth carbide tipped saw blade, product photograph

WEN BL1060, 254 × 15.88 mm, 60T

The same blade as the 80-tooth beside it in every published figure but one — which makes the comparison clean.

Diameter
10 in — 254 mm
Bore
5/8 in — 15.88 mm, published
Teeth
60, carbide tipped, stated for fine finish
Kerf
1/10 in — 2.4 mm, published
Maximum speed
6,000 rpm, published
Rake angle
Not published by the maker.
Intended machines
Most 10 in mitre saws, jobsite saws and table saws
Part number
BL1060
Amazon reference
B07SQ3YKGP
EAN
0044459990789
  • Every published figure matches the 80-tooth blade except the tooth count
  • Sixty teeth will rip as well as crosscut, where eighty will not
  • A 5/8 in bore will not fit a European saw

Best for: The blade that stays on the saw — crosscutting and light ripping on a 10 inch American machine

≈ $19
Check price on Amazon

Specifications

Diameter
10 in — 254 mm
Bore
5/8 in — 15.88 mm, published
Teeth
60, carbide tipped, stated for fine finish
Kerf
1/10 in — 2.4 mm, published
Maximum speed
6,000 rpm, published
Rake angle
Not published by the maker.
Intended machines
Most 10 in mitre saws, jobsite saws and table saws
Part number
BL1060
Amazon reference
B07SQ3YKGP
EAN
0044459990789

Every figure below names its source. Each one is a manufacturer specification read off the listing itself. The judgments are ours.

One variable

The two WEN blades on this shelf publish the same diameter, the same bore, the same kerf and the same maximum speed.

Sixty teeth here. Eighty there.

That makes this the cleanest comparison on either half of this shelf — nowhere else can two blades be set against each other with only one figure moving.

And sixty is the one that stays on the saw

Eighty gives a better face on melamine and veneer, and burns in a rip.

Sixty gives a very good face and will still rip 40 mm (1.57 in) of hardwood without stalling.

Each tooth removes a chip, and the chip has to fit in the gullet in front of it. More teeth means smaller gullets, so the feed slows or the gullets pack.

Three to five teeth in the cut is the working rule for a rip. Sixty in 20 mm stock is already generous; eighty is working hard.

The published Bayerwald 24-tooth on this shelf is the other end of the scale, and its page says the same thing from there: 24 teeth clears the chip in a deep rip, where a fine blade burns.

Two point four millimeters

At the thin end of this shelf.

The published blades here give 2.8, 2.6, 2.4 and 2.0, and three publish nothing at all. The ANGELSWORD on this shelf publishes 1.8 on a much smaller body.

Thinner wastes less timber and asks less of the motor. Thicker is stiffer and wanders less in a long rip. Two point four on a 254 mm (10 in) blade is the middle, and it is published.

Bore before diameter

The diameter decides whether the blade clears the guard. The bore decides whether it goes onto the shaft at all.

Thirty millimeters is the European standard, and every European blade on this shelf publishes 30 or 20. The American standard is 5/8 of an inch — 15.88 mm — and on small saws 7/8, which is 22.23. Those are not the same hole, and no adapter makes a shaft bigger.

Reducer rings step a large bore down onto a smaller shaft and never the other way round. A ring that is a loose fit lets the blade run slightly off center, which arrives as vibration and a cut that wanders.

Availability

Read on the day this page was built: $19 at the American Amazon shop.

Read from Keepa on the day this page was last revised; stock and price both move without notice.

Prices quoted in this text were read on 2026-10-07. The live price is at the top of the page.

What comes up most often

Sixty or eighty?

Sixty, if the blade is to stay on the saw. The two WEN listings on this shelf publish the same diameter, the same bore, the same kerf and the same speed rating, so the tooth count is the only variable — which makes this the cleanest comparison on either half of this shelf. Eighty teeth gives a better face on melamine and veneer and burns in a rip. Sixty gives a very good face and will still rip 40 mm (1.57 in) of hardwood without stalling. For one blade on a table saw, sixty.

What does tooth count do to feed rate?

It sets how fast the timber can be pushed. Each tooth removes a chip, and the chip has to fit in the gullet in front of it; more teeth means smaller gullets, so the feed has to slow or the gullets pack. The practical rule is three to five teeth in the cut for a rip and more for a crosscut — so a 60-tooth blade in 20 mm stock is already generous, and an 80-tooth one is working hard. The published Bayerwald 24-tooth rip blade on this shelf is the other end of that scale, and its page says why: 24 teeth clears the chip in a deep rip, where a fine blade burns.

Is 2.4 mm (0.09 in) a thin kerf?

It is at the thin end of this shelf. The published blades here give 2.8, 2.6, 2.4 and 2.0 mm (0.08 in), and three publish nothing; the ANGELSWORD on this shelf publishes 1.8 mm (0.07 in) on a much smaller blade. A thinner kerf wastes less timber and asks less of the motor, which matters on a jobsite saw; a thicker one is stiffer and wanders less in a long rip. Two point four on a 254 mm (10 in) blade is the sensible middle, and it is published, which three of the eight European listings here do not manage.

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