900 Plastic Crusher Production Capacity Per Hour

What Is a 900 Plastic Crusher?

Key Components of a 900 Plastic Crusher

• Crushing Chamber: The main area where plastic materials are shredded. It houses the blades or hammers that break down the plastic.
• Feeding Hopper: A container where plastic waste is loaded into the machine.
• Screen Mesh: Controls the size of the output particles. Only particles smaller than the screen holes are discharged.
• Motor: Provides the power needed to drive the crushing mechanism.
• Dust Collection System: Helps reduce dust emissions during the crushing process.

Production Capacity of a 900 Plastic Crusher

Factors Affecting Production Capacity

• Material Type: Different plastics have varying densities and hardness. For example, PET bottles are relatively easy to crush and can achieve higher output rates, while harder plastics like HDPE may result in lower output.
• Material Size and Shape: Larger and irregularly shaped plastic pieces may feed into the machine more slowly, reducing overall capacity.
• Machine Settings: Adjustments to the screen mesh size and rotor speed can significantly impact output. A finer screen mesh requires more crushing time, lowering capacity.
• Moisture Content: Wet plastic can clog the machine and reduce crushing efficiency.
• Wear and Tear: Over time, the blades and hammers wear down, reducing crushing efficiency. Regular maintenance is essential to maintain output levels.

How to Maximize Production Capacity

• Pre-Shredding: Use a pre-shredder to reduce large plastic pieces to a more manageable size before feeding them into the 900 plastic crusher.
• Regular Maintenance: Keep the machine in top condition by regularly sharpening blades, replacing worn parts, and cleaning the screen mesh.
• Optimize Settings: Adjust the screen mesh size and rotor speed based on the specific plastic material and desired output size.
• Dry Feeding: Ensure plastic materials are dry before processing to prevent clogging.

Applications of 900 Plastic Crushers

• Plastic Recycling: Efficiently breaks down post-consumer plastic waste into smaller pieces for easier washing and melting.
• Waste Management: Reduces the volume of plastic waste, making transportation and disposal more efficient.
• Plastic Manufacturing: Processes production scrap, allowing for material reuse and reducing waste.

Market Analysis

Choosing the Right 900 Plastic Crusher

• Assess Your Needs: Determine the type and volume of plastic materials you need to process.
• Evaluate Machine Specifications: Look for a crusher with the appropriate production capacity and settings for your specific needs.
• Consider Brand and Quality: Choose a reputable brand known for durability and reliability.
• Budget: Balance your budget with the need for quality and performance.

Conclusion