Solid wood
The primary application. Tooth count follows the cut direction: fewer teeth for rip, more for cross-cut. A sharp blade with the right gullet leaves a planed edge.
Circular saw blades for solid wood, MDF, plywood and laminate flooring — tooth geometry and tooth count matched to the material, the finish you need and the machine you run.
On wood the tooth count decides the finish and the feed rate decides the life. Too few teeth and the cut tears out; too many on a soft material and the gullets cannot clear the chip, so the blade heats and burns. The right blade is the one matched to the material and to how the panel is fed. Hubei Qianzhao Diamond Tools Co., Ltd (Ezhou, Hubei) produces 100,000 blades and 3 million segments a year and exports to 14 countries.
Tooth count, tooth geometry, kerf and bore are confirmed on quotation against the material and the machine.
Enough teeth for the finish you need, and few enough for the gullet to clear the chip. Rip cuts in softwood want fewer teeth; cross-cuts and laminate want more.
| What you are cutting | What to ask for |
|---|---|
| Rip cuts in softwood and hardwood | Fewer teeth with a large gullet — the chip has to clear fast |
| Cross-cuts and general carpentry | Mid tooth count — the usual compromise between finish and feed |
| MDF, plywood and particle board | More teeth with a fine kerf — these materials tear out at the exit face |
| Laminate flooring and melamine | High tooth count with a scoring or fine tooth — the decor layer is what chips |
A blade that burns the cut is not blunt, it is overloaded: the gullets cannot carry the chip away, so the tooth rubs instead of cutting. Going to a blade with fewer teeth, or reducing the feed, usually fixes a burn mark faster than changing the blade.
Tooth count, tooth geometry, kerf and bore are set per material and machine. They are confirmed on your quotation — we do not publish a single tooth count for the series, because the material decides it.
| Product name | Woodworking Circular Saw Blade 180–350 mm |
|---|---|
| Diameter range | 180, 210, 250, 300, 350 mm / 7"–14" |
| Bore | 25.4 mm and 30 mm other bores and reducing rings on request |
| Tooth count | Matched to material typical range 24T–80T |
| Tooth geometry | Flat / alternate top bevel / triple chip selected per material |
| Kerf | Confirmed on quotation standard or thin kerf |
| Cutting method | Dry |
| Maximum speed | Confirmed on quotation printed on every blade |
| Primary materials | Solid wood, MDF, plywood, particle board, laminate flooring |
| Compatible equipment | Hand-held circular saw, mitre saw, table saw, panel saw |
| Minimum order | 10 pieces per size |
The machine sets the diameter; the material sets the tooth count. Both are confirmed on the quotation.
| Diameter | Inch | Typical machine | Typical job |
|---|---|---|---|
| 180 mm | 7" | Hand-held circular saw | Framing, trim, site work |
| 210 mm | 8" | Mitre saw, bench saw | Cross-cuts, skirting, moulding |
| 250 mm | 10" | Table saw, mitre saw | General joinery, laminate flooring |
| 300 mm | 12" | Table saw, panel saw | Panel sizing, MDF and plywood |
| 350 mm | 14" | Panel saw, cross-cut | Production cross-cutting |
Tooth count, kerf and maximum rpm are set per diameter and material, and confirmed on the quotation. Never exceed the maximum rpm printed on the blade.
Built for wood and wood-based panels on hand-held and fixed saws. Selection should account for the material, the finish required and how the panel is fed.
The primary application. Tooth count follows the cut direction: fewer teeth for rip, more for cross-cut. A sharp blade with the right gullet leaves a planed edge.
These materials tear out at the exit face. A higher tooth count and a fine kerf reduce it; a backing board or a scoring pass removes it.
The decor layer chips before the core is cut. A high tooth count with a fine tooth geometry cuts the surface cleanly instead of lifting it.
Laser-marked or printed logo on the plate, matching the artwork you supply. Printable area depends on the blade diameter and tooth count.
Skin packaging, colour boxes and neutral export cartons — including cartons with no branding for distributors.
Tooth count, tooth geometry, kerf and bore can be set for a specific material or machine, subject to a minimum order quantity per specification.
Qianzhao has been making diamond tools in Ezhou, Hubei for seven years. The plant produces 100,000 blades and 3 million diamond segments a year, and exports to 14 countries.
Blades are tensioned and tooth-set in-house. Tension is what keeps a thin-kerf blade running true at speed, and it cannot be corrected after the blade is packed.
Match it to the material and the cut. Rip cuts in solid wood want fewer teeth with a large gullet; cross-cuts and laminate want more teeth for a cleaner edge. Tell us the material and we will recommend a count.
The blade is overloaded, not blunt. The gullets cannot clear the chip fast enough, so the tooth rubs and scorches. Use fewer teeth, reduce the feed rate, or check that the blade is square to the fence.
Not with a wood tooth geometry — aluminium needs a tooth designed for metal, with the right rake and a lubricant. Tell us if you also cut aluminium and we will quote a separate blade for it.
25.4 mm and 30 mm are standard. Other bores and reducing rings can be supplied to match your saw — state the arbor when you inquire.
10 pieces per size for stock specifications. Mixed sizes can be combined in one order.
Share the order quantity, cutting machine, material and destination market so your inquiry can be reviewed clearly.