TCT Circular Slitting Knife Blades Corrugated Box Cutting 230*110*1.1Mm

TCT Circular Slitting Knife Blades Corrugated Box Cutting 230*110*1.1Mm

Description:

Here are the key features of TCT (Tungsten Carbide Tipped) corrugated flat circular cutting blades:

1,Exceptional Wear Resistance

• The blades are made with a tungsten carbide material, providing outstanding abrasion resistance.
• The enhanced wear resistance helps extend the service life of the blades.

2,Sharp Cutting Edge

• The blades feature a specialized coating process that maintains a durable, razor-sharp cutting edge.
• The sharp cutting edge improves cutting efficiency and workpiece surface quality.

3,Excellent Thermal Resistance

• The tungsten carbide material and coating process give the blades excellent high-temperature tolerance.
• This helps the blades resist localized overheating during high-speed cutting operations.

4,Reduced Noise

• The corrugated flat blade design effectively minimizes cutting noise.
• This reduces operational noise interference, improving the overall work environment.

5,Clean Cut Edges

• The superior cutting performance ensures clean, burr-free edges on the workpieces.
• This reduces the need for additional finishing operations, improving overall production efficiency.

6,Versatile Applications

• These blades are suitable for cutting a wide range of materials, such as paper, plastics, and soft composites.
• They can meet diverse cutting requirements across various industries and processes.

Rotary Slitter Blade Specifications:

When selecting the appropriate size and specification of TCT (Tungsten Carbide Tipped) corrugated flat circular cutting blades, the following key factors should be considered:

1,Machine Equipment Requirements

• Firstly, determine the size limitations of the cutting equipment (e.g., slitting machines, die-cutting machines) being used.
• Choose blade diameter and arbor hole size that are compatible with the specific equipment to ensure proper installation and operation.

2,Workpiece Material Characteristics

• Based on the properties of the material to be cut (e.g., paper, plastics, composites), select the appropriate blade thickness and sharpness.
• Harder or thicker materials require blades with greater thickness and sharpness to ensure effective cutting.

3,Cutting Precision Requirements

• For applications requiring high-precision cutting, thinner blades can be used to achieve a more refined, clean-cut edge.
• For less demanding cutting requirements, thicker blades can provide greater rigidity and durability.

4,Cutting Speed Considerations

• Choose the blade size based on the anticipated cutting speed.
• Higher-speed cutting operations generally require larger-diameter blades to ensure sufficient cutting capacity.

5,Economic Factors

• Within the constraints of the technical requirements, select the size and specification that offers the best value.
• Reducing the blade size can improve cost-effectiveness, but this needs to be balanced with the technical needs.

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