80T TCT 200x1.5x25.4mm Thin Kerf, Laser-Welded, Aluminum
A 200 mm circular saw blade with 80 carbide-tipped teeth, a thin 1.5 mm kerf and a 25.4 mm arbor, laser-welded for strong tip attachment—made for clean, precise cuts in aluminum. The thin kerf reduces material waste and motor load for faster, cooler cutting, while the high tooth count delivers smooth, burr‑free finishes. Laser-welded TCT tips give long life and reliable tip retention, making it ideal for finish work on table and miter saws.
5.0
Lead Time:
1-10(pieces):9(days),11-100(pieces):20(days),101-1000(pieces):45(days),>1000(pieces):To be negotiated(days)
Place of Origin:
China
Customization:
Customized logo (Min. Order: 500 sets),Customized packaging (Min. Order: 1000 sets),Graphic customization (Min. Order: 500 sets)
Samples:
$12.0/piece | Min. order : 1 piece
Shipping:
Support Sea freight
Payments:
L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA
model number:
200*1.5*25.4mm
brand name:
X&H
design customization
Please fill out the form below to request a quote or to request more information about us. Please be sure to upload customized requirement documents or pictures, and we will get back to you as soon as possible with a response. we're ready to start working on your new project, contact us now to get started.
Please fill out the form below to request a quote or to request more information about us. please be as detailed as possible in your message, and we will get back to you as soon as possible with a response. we're ready to start working on your new project, contact us now to get started.
Quality standard
Professional Grade
DELIVERY TIME
15-25 Days
Usage
Machine Blade
Package
Inner Box + Outer Carton
Service
One-stop Service
MOQ
1PCS
Advantage
High Cost Performance
Color
Silver
Application
Aluminium
blade width
Other
Shape
Circular Round Saw Blade
grade
Industrial
Saw Blade Size
200*1.5*25.4mm
finishing
White
place of origin
Shanghai, China
customized support
OEM, ODM, OBM
process type
High Frequency Welded, Laser welded
edge height
0.315in(8mm)
blade diameter
8in(20.32cm)
blade length
6 1/2 in
Number Of Teeth
80
teeth per inch
Other
arbor size
25.4mm
Cutting Thickness
1.5mm
warranty
3 Years
Thin-Kerf Laser Precision Finish
The 80T 200x1.5x25.4mm laser‑welded thin-kerf blade delivers precise, burr-free cuts in aluminum while minimizing material loss and feed effort. Built from special steel with tungsten carbide tips, BT tooth pattern and varnish finish, this TCT Saw Blade Industrial Grade offers professional durability, long life and compatibility with standard circular saws. Supplied in secure packaging with multiple bore and tooth options and backed by fast shipping and technical support, it streamlines production and reduces downtime.
Precision Carbide Thin-Kerf Aluminum
The 80T TCT 200x1.5x25.4mm Thin Kerf, Laser-Welded blade is engineered as a TCT Saw Blade Industrial Grade solution, combining laser-welded tungsten carbide tips and a special-steel body to deliver durable, high-precision cutting of aluminum with a slim 1.5mm kerf. With a high tooth count and fine BT tooth pattern it minimizes material waste and motor load while producing smooth, burr-free cuts for circular saw applications, boosting throughput and reducing rework. Professional-grade construction, a 25.4mm arbor, varnish finish and Shanghai-based manufacturer support ensure broad compatibility, rapid delivery and reliable service life in industrial production settings.
80T Laser-Welded Thin-Kerf Aluminum
The 80T TCT 200x1.5x25.4mm thin-kerf, laser-welded saw blade features tungsten carbide tips on a special steel body and is optimized for clean, fast cutting of aluminum. Built for professional use, this TCT Saw Blade Industrial Grade offers a 1.5mm kerf, precise 25.4mm arbor fit and a BT tooth pattern for smooth finishes and reduced material waste. Backed by X&H’s manufacturing experience, it comes with varnish or custom finishes, multiple diameter and tooth-count options, and responsive technical support.
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Laser-Welded Precision Aluminum Cuts
Crafted with precision laser-welded carbide teeth and a 1.5mm thin kerf, the 80T 200x1.5x25.4mm blade reflects a brand heritage of professional toolmaking focused on durability and cutting accuracy. As a TCT Saw Blade Industrial Grade, it delivers fast, clean cuts in aluminum and other non-ferrous materials while laser welding reduces vibration and stabilizes tooth retention for extended service life. Key features and advantages include thin-kerf efficiency, 80 teeth for fine finishes, corrosion-resistant coating, lower feed force, reduced burrs, and consistent industrial performance.
Material introduction
The 80T TCT 200×1.5×25.4mm thin-kerf, laser-welded design combines tungsten carbide tips fused to a high-strength special steel body for superior durability and precision when cutting aluminum. With a slim 1.5 mm kerf and industrial-grade varnish finish to resist corrosion and reduce heat buildup, this TCT Saw Blade Industrial Grade delivers clean, efficient cuts while minimizing material waste. Precision laser welding secures each carbide tooth to the body, ensuring long life under professional-grade use and stable performance on circular saws for aluminum applications.
◎ Tungsten Carbide Welded
◎ Thin Kerf Efficiency
◎ Varnish Corrosion Protection
FAQ
1
What materials and cutting tasks is the 80T TCT 200x1.5x25.4mm thin‑kerf, laser‑welded blade best suited for?
This blade is optimized for aluminum and other non‑ferrous metals (extrusions, profiles, sheet), as well as plastics, laminates and fine finish trim work. The 80 teeth give a very smooth surface finish and minimal burrs, making it ideal for cross‑cuts, miter cuts and finish cuts where appearance matters. It is not intended for cutting ferrous steels or heavy ripping of hardwoods.
2
Which saws and arbor sizes will this blade fit?
The blade has a 25.4 mm (1") arbor hole and will fit saws with that arbor size or larger when used with the correct reducer/adapter. It’s commonly used on table saws, miter saws, chop saws and cold saws configured for non‑ferrous work. Always confirm the blade’s maximum RPM and match it to your saw, and use the proper reducer rings or adapters to secure the blade.
3
How should I run the blade (speed, feed, technique) for best results on aluminum?
Follow the blade’s stamped max RPM for safety. For aluminum you generally want higher spindle speed within the blade’s rating and a moderate feed rate so each tooth takes a light, continuous bite—this reduces burrs and heat buildup. Support stock firmly to prevent vibration, feed steadily (don’t force), and if cutting long extrusions, use roller stands or clamps. Thin‑kerf blades remove less material so they require less motor power but may deflect if pushed too hard—keep feed rate controlled.
4
Do I need cutting fluid or special coolant when cutting aluminum?
Yes—using a light cutting lubricant or spray recommended for non‑ferrous metals will improve finish, extend carbide life, and reduce heat and built‑up edge. For many trim and short cuts a mist or dedicated non‑chlorinated lubricant is sufficient; for long or heavy cuts use continuous lubrication. Avoid excessive lubricant that can create slip hazards; always clean residue after cutting.
5
How does the laser‑welded TCT construction affect performance and maintenance?
Laser welding secures carbide tips to a steel body with strong, heat‑resistant joints, improving tooth retention and longevity compared with some brazed blades. The TCT tips maintain sharpness longer and deliver consistent finish. Maintain the blade by keeping it clean of chips and pitch, using appropriate lubricant, inspecting for damaged teeth or welds before use, and replacing or re‑tipping if teeth are chipped or welds compromised.
6
What safety or troubleshooting tips should I follow if I get burning, excessive burrs, or vibration?
Burning or heavy burrs usually mean the blade is overheating, feed is too slow/too fast, or the blade is dull/damaged. Check that you’re using proper lubricant, that feed rate is steady (not forced), and that blade RPM is appropriate. Vibration can come from poor stock support, loose arbor, wrong reducer, or blade deflection (thin‑kerf blades are more sensitive). Stop and inspect: secure workpiece, tighten arbor, replace a damaged blade, and ensure the saw’s guards and fences are correctly set. Always wear eye and hearing protection and follow your saw manufacturer’s safety rules.
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