Cr12MoV Arc Shaped Industrial Knife Blade For The Corrugated Cardboard

Product Specification

Cr12MoV Arc-Shaped Industrial Knife Blade For The Corrugated Cardboard

Description:

Curved industrial slit saw blades possess several distinctive features:

1,Curved Blade Edge:

• The blade features a curved, rather than straight, cutting edge.
• This curvature maintains a constant cutting depth throughout the cut.
• The curved design better adapts to the contours of the workpiece, improving cutting precision.

2,Deep Cutting Capability:

• The curved blade can achieve a relatively large cutting depth in a single pass, enhancing cutting efficiency.
• This makes them suitable for cutting thicker materials like wood and plastics.

3,Self-Guiding:

• Curved blades automatically follow a pre-set curved path during the cutting process.
• This self-guiding ability provides more stable and accurate operation.

4,Low Vibration:

• The smooth curved motion of the blade generates significantly less vibration compared to straight blades.
• This results in improved surface quality of the cut workpiece.

5,Wear Resistance:

• The robust curved blade structure distributes the cutting forces more evenly, improving wear resistance.
• This extends the service life of the blade.

6,Diverse Applications:

• Curved industrial slit saw blades are widely used in furniture manufacturing, woodworking, pipe cutting, and other industries.
• They excel in applications requiring high precision and high-efficiency cutting.

Industrial Blade Specifications:

When selecting the appropriate size and material for curved industrial slit saw blades, there are several key factors to consider:

1,Blade Diameter:

• The blade diameter should be matched to the power of the cutting tool and the size of the workpiece.
• Larger diameters provide greater cutting capacity but also increase centrifugal forces and vibration.
• The optimal diameter balances cutting ability, stability, and mechanical strength.

2,Blade Thickness:

• Thinner blades can reduce chip size and lower wear, but excessively thin blades risk deformation or breakage.
• The thickness must be chosen to provide sufficient rigidity while minimizing weight.

3,Arbor Hole Size:

• The arbor hole diameter must precisely fit the spindle of the cutting tool to ensure stable installation and dynamic balancing.
• Too large a hole compromises blade strength, while too small a hole makes installation difficult.

4,Blade Material:

• Tungsten carbide tipped (TCT) blades provide excellent hardness and wear resistance.
• High-speed steel (HSS) blades offer good toughness and chip clearance.
• The material selection depends on the workpiece hardness, cutting speed, and required service life.

5,Tooth Geometry:

• Tooth shape, size, and profile impact cutting efficiency, vibration, and surface finish.
• Optimize the tooth design for the specific application requirements.

6,Blade Coatings:

• Anti-friction coatings can improve chip evacuation and reduce heat buildup.
• Specialized coatings may also enhance corrosion resistance or cutting precision.

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