Serrated Blades

Serrated blades excel at cutting a variety of materials that tend to slip or fray with standard blades:

• Textiles & Fabrics: Prevents shifting and reduces fraying edges
• Rubber & Elastomers: Provides grip on slippery surfaces
• Carbon Fiber Composites: Minimizes splintering and delamination
• Plastics & Synthetic Materials: Ensures clean cuts without tearing
• Thin Metal Sheets: Especially non-ferrous metals like aluminum and copper

Our technical team can recommend the optimal tooth pattern and blade material for your specific application.

The choice between flat and pointed tooth patterns depends on your material and cutting requirements:

• Flat Tooth Pattern: Ideal for materials that tend to fray or unravel, providing a cleaner cut with less aggressive engagement
• Pointed Tooth Pattern: Better for gripping slippery materials and initiating cuts in tougher composites
• Hybrid Patterns: Some applications benefit from combinations of both patterns along the blade edge

We offer samples of both patterns to help you determine which works best for your specific material.

Proper maintenance extends the life of serrated blades and ensures consistent performance:

• Regular Cleaning: Remove material buildup from teeth after each shift
• Proper Storage: Store blades in a dry environment to prevent corrosion
• Periodic Inspection: Check for tooth damage or dulling every 50-100 operating hours
• Professional Sharpening: Serrated blades require specialized sharpening equipment

We provide detailed maintenance guidelines with every blade purchase and offer sharpening services.

Yes, we specialize in custom serrated blade solutions:

• Diameter Range: From 50mm to 1200mm diameters
• Tooth Patterns: Custom flat, pointed, or hybrid tooth configurations
• Material Options: High-carbon steel, alloy steel, stainless steel, and specialized wear-resistant steels
• Special Features: Custom bore sizes, thicknesses, and coating options

We can develop prototype blades within 7-10 working days. Minimum order quantities start at just 5 units for custom designs.

Serrated blades serve diverse industrial applications:

Serrated blades utilize specialized tooth geometry to maintain material stability:

• Gripping Action: Teeth penetrate slightly into the material surface, preventing lateral movement
• Reduced Cutting Force: Serrations require less downward pressure, minimizing material deformation
• Progressive Engagement: Teeth engage material gradually rather than all at once
• Anti-Slip Design: The irregular cutting edge prevents smooth materials from sliding

This combination of features makes serrated blades ideal for cutting flexible, slippery, or layered materials that tend to shift with standard blades.