Ceramic shearing blades are zirconia cutting parts used for repeated shearing and trimming. Typical applications include textile fabric shearing systems, film and sheet cutters, packaging-material cutting equipment, grooming clipper assemblies, and industrial trimming stations.
Core Advantages
Wear-Resistant 3Y Zirconia
Cutting Edge
High-purity 3Y zirconia forms a hard, wear-resistant cutting edge. With fabric, film, or packaging material repeatedly passing the same cutting line, the edge wears more slowly and is less likely to round off quickly between maintenance intervals.
Polished Low-Friction Material Contact
The zirconia contact surface is precision polished to reduce sliding resistance. This is useful when flexible material moves quickly across the blade, since lower drag limits heat build-up and material pickup near the cut and reduces sticking at the edge.
Rust-Free Performance Around Moisture
Zirconia does not form red rust under workshop humidity or routine cleaning exposure. If moisture or process residue reaches the blade, corrosion scale does not build up on the working edge and interfere with the cutting line.
Customization
- Blade Geometry
Straight-edge, curved-edge, and special industrial cutting profiles; edge contour produced to drawing.
- Mounting Features
Slots, drilled holes, locating features, and non-standard holder interfaces produced to drawing or confirmed sample.
- Finishing
Precision edge grinding, polishing, slotting, drilling, and contour machining.
Quality Control
Shearing-blade blanks are inspected before edge finishing. Warpage, cracks, chipped corners, and deformation that could affect seating in the holder are checked first, and blanks outside the released shape are removed before precision grinding.
During final machining, the cutting line and mounting interface are checked separately. Visual or optical inspection is used for edge continuity and micro-chipping; flatness and hole or slot positions are measured against the released drawing.
A 100% final check is completed before packing. Accepted blades are counted and cleaned, then separated in the package to protect the inspected cutting edges. The inspection result is kept with the production batch.
Product Parameters & Customization Details
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Item |
Parameters & Customization Details |
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Material Specification |
High-purity 3Y zirconia; wear-resistant ceramic formulations available |
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Blade Structure |
Straight-edge, curved-edge, and special industrial cutting structures customizable |
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Mechanical Properties |
High hardness with stable anti-chipping performance |
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Working Environment |
Suitable for continuous cutting, high-frequency shearing, and industrial trimming applications |
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Processing Services |
Precision edge grinding, polishing, slotting, drilling, and contour customization |
FAQ
Q: What is the MOQ for ceramic shearing blades?
A: There is no fixed MOQ; quantity and pricing are agreed per order.
Q: How are ceramic shearing blades packaged for export?
A: Packaging is arranged according to blade geometry and shipment requirements.
Q: Can ceramic shearing blades be resharpened?
A: Yes. Use diamond grinding or a specialist ceramic-blade grinding process.
Q: What should be avoided when installing a ceramic shearing blade?
A: Avoid side loading, impact, prying, and forced misalignment.
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