Product Positioning

Burr-control + anti-loading cutting tool for aluminum extrusion processing, fenestration, industrial profiles and non-ferrous cutting

Aluminum/non-ferrous TCT blades target stable cutting with anti-loading behavior, controlled burrs, and controlled heat, reducing secondary deburring and rework before assembly. Compared with wood, aluminum is prone to a chain reaction—chip adhesion → heat → galling → burr growth—so geometry and chip evacuation are engineered for the material.

 

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Technical Specifications

For aluminum, “more teeth” isn’t the only answer—hook angle, chip evacuation, anti-loading and runout matter most

Specification	Engineering Notes
Tooth Geometry	Primarily TCG (For burr control); optimized geometries available based on workpiece requirements
Hook Angle	Neutral or negative hook angle: improves stability, reduces material pulling and “grabbing”
Tooth Count	Configured by diameter and application: balances cut quality with chip evacuation
Kerf	Stability is priority; Thin kerf requires higher clamping precision and machine stability
Anti-loading	Waxing / Coating / Surface treatments (Optional) + Optimized gullet design
Runout	Lower is better: Directly affects cut finish, burr formation, and tool life
Bore/Arbor	20 / 25.4 / 30 mm etc. (Bushings/Reducers available)
Materials	Aluminum extrusions, Plates, copper, Brass, And other non-ferrous metals

 

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Key Features

Less burrs, less galling, less chip loading/heat—edges closer to “no secondary finishing”

• Burr control & edge integrity: via TCG behavior;
• Optional anti-loading: (wax/coating) reduces chip adhesion and galling;
• Controlled heat: through better evacuation and lower friction;
• Stable cutting feel: with neutral/negative hook and stable plates reduces grabbing.

 

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Processing Logic

Aluminum cutting isn’t just separation—it’s turning friction into controlled chips; less loading means less burr and heat

The chain is tooth entry → chip formation → chip evacuation. If evacuation fails, chips rub, heat rises, aluminum loads, and galling/burrs grow. Aggressive hook angles can grab the work; runout/clamping issues amplify vibration and inconsistency. Selection must include machine stability and process window.

 

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Machine Compatibility

Typical machines: miter/table/profile saw lines—clamping and support largely determine burrs and safety

• Miter/profile saws: prioritize secure clamping; stable hook angles and evacuation design;
• Table saws/jigs: prioritize low runout and straight tracking;
• Production lines: prioritize predictable life and sharpening cadence to reduce downtime.

 

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Engineering Comparison

Key difference vs wood blades: wood cuts fibers; aluminum is sensitive to loading/galling, so anti-loading and hook-angle strategy are crucial

TCG vs Other Geometries

TCG is strong for burr control and stable edges; other grinds may be faster on certain profiles but are more process-sensitive.

Positive vs Negative Hook

Negative hook is more stable and less grabby with better burr control; positive hook can cut faster but increases grabbing/galling risk unless setups are very stable.

Anti-Loading Options

Wax/coating/surface treatment plus proper gullet design is an effective package to reduce loading and heat.

 

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Typical Applications & Industries

High-frequency processes in aluminum cutting—fenestration, industrial frames, heat sinks, furniture profiles and non-ferrous components

• Windows
• Curtain walls, Industrial profiles,Solar frames, Pre-machining cut-to-length, Display frames, Copper
• Brass cutting.

 

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Range & Recommended Use

Select by burr target + loading tendency + machine stability—more reliable than tooth count alone

• Low burr / less galling: TCG + neutral/negative hook + anti-loading;
• Thick profiles/high load: stronger evacuation and stable plates; use coolant/lube if needed;
• Thin-wall profiles: clamping/support is critical to prevent vibration-driven burr growth.
• One-line rule: For aluminum, control loading first—TCG + evacuation + anti-loading + low runout beats “more teeth.”

 

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Customization (OEM/ODM)

OEM/ODM tailored to your machines and burr standard—geometry, hook angle, anti-loading, assortments and private label packaging

OEM/ODM available:

Diameter, bore, tooth count, TCG parameters, hook angle (incl. negative), kerf/plate thickness, slots/damping features, wax/coating (optional), branding/private label packaging, barcodes and assortment kits.

 

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Why Choose Us

Engineering-led selection reduces claims—turn loading/burr/heat into manageable parameters, backed by stable supply

We translate your customer scenarios—profile thickness, machine platform, burr standard, coolant/lube constraints—into practical SKUs, backed by batch consistency and reliable lead time for repeat orders and reputation.

 

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Usage & Storage Recommendations

Four essentials for non-ferrous cutting: clamping/support, process window, chip management, and coolant/lube strategy (optional)

• Clamping/support: secure the work to prevent vibration-driven burr growth and safety issues;
• Process window: if burrs/galling increase, adjust feed/RPM first, then move to more conservative hook/anti-loading;
• Chip management: keep chips evacuating, clean buildup to avoid friction heat;
• Coolant/lube (as needed): for heavy loads/loading-prone conditions, coolant or wax/coating helps reduce adhesion.