Wear-Resistant Zirconia Ceramic Slotted Cutting Blade
Professional industrial blade, high-precision custom
Manufactured with premium steel through precision machining and strict heat treatment.
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Pricing based on specifications and quantity, contact us for a quote
Zirconia ceramic provides high hardness and wear resistance for continuous precision cutting
Custom oblong mounting slot dimensions and positions available
Non-magnetic, corrosion-resistant and suitable for low-metal-contamination applications
Custom dimensions, thickness, edge type, edge angle and ceramic grade available
Product Parameters & Specifications
Wear-Resistant Zirconia Ceramic Slotted Cutting Blade
| Parameter | Value | Notes |
|---|---|---|
| Product Name | Wear-Resistant Zirconia Ceramic Slotted Cutting Blade | For precision cutting, slitting and trimming |
| Blade Type | Rectangular Ceramic Blade with Oblong Slot | Custom dimensions, slot designs and cutting edges available |
| Blade Material | Zirconia Ceramic | Specific ceramic grade selected according to application |
| Materials to Cut | Plastic film, adhesive tape, fiber, paper, nonwoven fabric, thin rubber and flexible materials | Edge design selected according to material thickness and hardness |
| Suitable Machines | Film slitters, tape machines, fiber cutters and automated precision cutting equipment | Customized according to machine model or original blade |
| Blade Dimensions | Customized according to drawing or original sample | Length, width and thickness can be customized |
| Mounting Structure | Long Oblong Mounting Slot | Custom slot length, width, position and corner radius available |
| Cutting Edge | Single-Bevel, Double-Bevel, Straight and Special Edges | Selected according to cutting method and material |
| Edge Angle | Customized according to material and machine requirements | Balanced sharpness and chipping resistance |
| Hardness | Determined by Zirconia Ceramic Grade | Provides high hardness and wear resistance |
| Wear Resistance | Suitable for continuous precision cutting | Helps reduce frequent blade replacement and sharpening |
| Corrosion Resistance | Resistant to moisture and many common media | Chemical compatibility must be confirmed for the actual environment |
| Non-Magnetic Property | Not attracted by conventional magnetic fields | Suitable for selected contamination-sensitive applications |
| Electrical Insulation | Provides electrical insulation properties | Final insulation requirements depend on machine specifications |
| Manufacturing Process | Ceramic forming, sintering, precision grinding, slot machining and edge finishing | Strict dimensional and cutting-edge control |
| Flatness | Controlled according to drawing and machine requirements | Improves installation stability |
| Thickness Tolerance | Controlled according to drawing | Final tolerance must be confirmed before production |
| Slot Accuracy | Machined according to knife-holder dimensions | Ensures accurate installation and stable operation |
| Surface Finish | Precision-Ground and Polished | Helps reduce friction and improves cleaning |
| Cutting Performance | Clean cuts, reduced burrs and less material dragging | Performance also depends on machine and material condition |
| Operating Notes | Avoid dropping, impact, bending and excessive tightening | Ceramic is wear-resistant but less impact-resistant than steel |
| Customization | Made according to drawings, samples or machine models | OEM and ODM available |
| Production Time | Normally 10–20 Working Days | Confirmed according to size, quantity and machining complexity |
| Packaging | Individual protective box, foam and impact-resistant packaging | Designed to reduce edge damage during transport and storage |
| Quotation Information | Length, width, thickness, slot dimensions, edge type, material to cut and quantity | Complete drawings or physical samples are recommended |
Specifications follow the product manual. Capacity, configuration and output size depend on material and selection; check each table’s dimension units.