Tungsten Carbide Triangular Cutting Blade
Custom Carbide Pointed Blade for Precision Cutting and Piercing
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
Tungsten carbide provides high hardness, wear resistance and long tip retention
Precision triangular tip for piercing, opening and cutting film and flexible materials
Two-hole mounting design with precise hole spacing and tip-position control
Custom dimensions, tip angle, edge design, holes and carbide grade available
Product Parameters & Specifications
Tungsten Carbide Triangular Cutting Blade
| Parameter | Value | Notes |
|---|---|---|
| Product Name | Tungsten Carbide Triangular Cutting Blade | For piercing, cutting and opening applications |
| Blade Type | Pointed Triangular Carbide Blade | Custom shapes, tip angles and mounting designs available |
| Blade Material | Tungsten Carbide Cemented Carbide | Grade selected according to application |
| Materials to Cut | Plastic film, packaging film, paper, fiber, nonwoven fabric, tape, thin rubber and composite materials | Edge selected according to material thickness and hardness |
| Suitable Machines | Packaging machines, film-processing equipment, bag-opening systems, perforating machines and automated cutters | Customized according to machine model or original blade |
| Blade Dimensions | Customized according to drawing or original sample | Length, width and thickness can be customized |
| Point Design | Pointed, offset-point, double-bevel and special triangular tips | Tip angle and direction can be customized |
| Mounting Structure | Two Round Mounting Holes | Custom hole diameter, spacing, position and quantity available |
| Cutting Edge | Single-Bevel, Double-Bevel and Multi-Facet Ground Edges | Selected according to piercing and cutting method |
| Edge Angle | Customized according to material and machine requirements | Balanced sharpness, strength and chipping resistance |
| Carbide Grade | Fine-Grain, Ultra-Fine-Grain and Other Carbide Grades | Selected according to sharpness, wear resistance and toughness |
| Hardness | Determined by Carbide Grade | Provides high hardness and wear resistance |
| Manufacturing Process | Carbide forming, sintering, precision grinding, hole machining and edge finishing | Strict tip and dimensional control |
| Surface Finish | Precision-Ground or Mirror-Finished | Helps reduce cutting resistance |
| Thickness Tolerance | Controlled according to drawing | Final tolerance must be confirmed before production |
| Hole Accuracy | Machined according to knife-holder dimensions | Ensures accurate installation and stable operation |
| Tip Accuracy | Controlled according to drawing and cutting requirements | Improves piercing position and cutting consistency |
| Cutting Performance | Stable penetration, clean cuts and reduced material pulling or burrs | Performance also depends on machine and material condition |
| Wear Resistance | Higher than Conventional Tool-Steel Blades | Suitable for continuous precision cutting |
| Operating Notes | Avoid dropping, impact, bending and lateral loading | Carbide is very hard but has limited impact resistance |
| Customization | Made according to drawings, samples or machine models | OEM and ODM available |
| Production Time | Normally 10–20 Working Days | Confirmed according to size, grade, process and quantity |
| Packaging | Individual protective box, foam and edge protection | Designed to reduce chipping during transport and storage |
| Quotation Information | Length, width, thickness, hole diameter, spacing, tip angle, edge type, material 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.