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08/20

2026

Fixture‑clamping Structure Design for Aluminum

In aluminum profile sawing process, fixture‑clamping system undertakes the task of locking workpieces and offsetting shear force and impact force generated during cutting. Insufficient clam...

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08/20

2026

Cutting‑parameter Matching for Aluminum Saw Bla

Aluminum alloy is characterized by high ductility, low melting point and strong adhesion. During high‑speed sawing, inappropriate cutting parameters will lead to excessive extrusion and tea...

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08/20

2026

Tooth‑profile and Substrate‑material Optimiza

Aluminum alloy features low‑melting‑point, high ductility and strong adhesion property. During high‑speed sawing, aluminum chips are prone to cold‑welding on saw‑tooth rake face to form...

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08/10

2026

Analysis of Chipping Failure Causes of Metal Cera

Chipping is one of the most typical failure modes for metal ceramic saw blades. Once the cutting edge suffers chipping, the blade loses normal cutting ability, resulting in rough workpiece s...

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08/10

2026

How to Select Metal Ceramic Saw Blades for Differ

Metal ceramic saw blades feature high‑temperature hardness, low friction and weak chemical affinity with ferrous materials, making them well‑suited for cutting various carbon steel and all...

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08/10

2026

Key Factors Affecting Service Life of Metal Ceram

Metal ceramic saw blades have gradually become an important tool for high‑efficiency steel cutting due to their high hardness, good thermal stability and low chemical affinity with ferrous...

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08/03

2026

Vibration Control Technology for Aluminum Saw Bla

High-speed cutting of aluminum profiles and aluminum bars puts saw blades under complex alternating loads. Excessive vibration will trigger obvious defects such as jagged cutting sections, e...

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08/03

2026

​Carbide Tip & Anti-sticking Coating Se

Aluminum alloys are highly ductile with low melting points. During high-speed cutting, aluminum debris tends to adhere to carbide tooth edges, forming built-up edge. Continuous adhesion will...

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