9Crsi 150*10*2Mm Industrial Plastic Crusher Blade HRC55-62 For Crusher Machine

9Crsi 150*10*2Mm Industrial Plastic Crusher Blade For Crusher Machine

Description:

Industrial plastic shredder blades have the following key features:

1,Material Selection:

• High-quality alloy steels, such as 50Mn and 65Mn, are commonly used for the blades.
• Alloy steels provide high hardness, wear resistance, and toughness to withstand the high-impact stresses.

2,Blade Design:

• The blade shapes can vary, including straight, angled, and curved blades.
• Optimized blade angles and geometric dimensions contribute to improved cutting efficiency.

3,Surface Treatment:

• The blade surfaces undergo treatments like quenching, nitriding, or vacuum coating to enhance wear resistance.
• These surface modifications improve the blade's performance and extend its service life.

4,Mounting Structure:

• The blades are mounted on the rotor or the chamber walls, forming the cutting chamber.
• The design of the feed inlet, discharge outlet, and chamber dimensions are critical for the shredding performance.

5,Working Principle:

• The high-speed rotating blades shear and tear the plastic material as it enters the cutting chamber.
• The plastic is repeatedly cut until it is reduced to smaller particles.

6,Maintenance and Care:

• Regular inspection and timely replacement of worn-out blades are essential.
• Proper blade maintenance is crucial for maintaining the shredder's performance.

Industrial Blade Specifications:

The shapes of industrial plastic shredder blades can vary, and the most common designs include:

1,Straight Blades:

• These are the simplest blade design, with a straight cutting edge.
• Straight blades provide a straightforward and efficient cutting action.

2,Angled Blades:

• The blades feature an angled cutting edge, often at 30-45 degrees.
• The angled design helps to improve the cutting performance and material flow.

3,Curved Blades:

• The blades have a curved or swept-back cutting edge.
• The curved shape can enhance the material shredding action and reduce jamming.

4,Serrated Blades:

• These blades have a toothed or serrated cutting edge.
• The serrated design helps to grip and tear the plastic material more effectively.

5,Combination Blades:

• Some shredder designs employ a combination of different blade shapes, such as straight and angled, or curved and serrated.
• The combination of blade geometries can provide enhanced shredding capabilities for specific plastic materials or applications.

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