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Mighty Crusher (YBC)

Powerful crusher machine are suitable to centralize and recycle the waste of injection, blowing and extrusion molding machines. 

FEATURES

  • Large feed inlet can break most kinds of plastic or rubber scrap and waste material easily, bulk feeding more efficiently, save labor cost and time.

  • With well-thought safety protection design and low noise and dust for better working environment.

  • The series are suitable to centralize and recycle the waste of injection, blowing and extrusion molding machine.

  • With patented(CHINA PAT. ZL200820119883.8) design,once the crusher required for maintenance or repair, the crusher will completely stop as the safety device is on and it is very safe for the operator to open the crusher to clean, check or maintain.

SPECIFICATION

Mighty Crusher

REMARKS

 

  • Equipped a standard claw knife (SKD-11) of with Model Z , you may choose the option of knife H (SKH-2). The model W assembles with cooling system.

  • We reserve the right to change specifications without prior notice.

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STANDARD ACCESSORIES

Claw Knife SKD-11

01

Claw Knife SKD-11

02

User-friendly Design.
Able to open widely for better vision.

User-friendly Design. Able to open widely for better vision.

.

OPTION

Blow-recycling

01

Blow-recycling

the granulated material will be separated by the cyclone blower to granulate and dust in different bags.

02. Automatic Discharge Device: Granulated material will be conveyed in bags automatically.
03. Belt Conveyor: Generally you need a platform to feed for a big crusher, the belt conveyor can send material to the crushing chamber easily.
04. Silence type: soundproof design reduces noise effectively while crushing.
05. Side feeding: able to crush long size material such as pipes and more.
​06. Knife Option: SKH-2

FAQ

  • Reason:

    1. Worn blades.

    2. Excessive blade clearance.

    3. Incorrect blade rotation direction.

    4. Excessive rotation speed.

    5. Change in material properties.

    ​

    Ans.:

    1. Resharpen the blades.

    2. Adjust blade gap to an appropriate distance.

    3. Correct the rotation direction.

    4. Replace the pulley to reduce rotation speed.

    5. Adjust granulating parameters according to different materials.

  • Reason:

    1. High feed material temperature.

    2. Overfilled storage bin causing discharge blockage.

    3. Damaged bearings.

    ​

    Ans.:

    1. Allow material to cool down before feeding.

    2. Clear the accumulated material from the storage bin.

    3. Replace the bearings.

  • Reason:

    1. Worn screen mesh.

    2. Loose screen frame.

    3. Screen mesh size too large.

    ​

    Ans.:

    1. Replace the screen.

    2. Tighten the screen frame.

    3. Replace with a smaller screen mesh.

  • Reason:

    1. Variations in material specific gravity.

    2. Worn blades.

    3. Screen mesh size too small.

    4. Inappropriate machine model selection.

    ​

    Ans.:

    1. Account for different specific gravities of materials.

    2. Resharpen the blades.

    3. Replace with a suitable screen mesh.

    4. Switch to a suitable machine model.

  • Reason:

    1. Worn blades.

    2. Friction between rotating and stationary blades.

    3. Loose blades.

    4. Foreign objects fallen into the granulating chamber.

    5. Insufficient voltage or phase loss.

    6. Damaged bearings.

    ​

    Ans.:

    1. Resharpen the blades.

    2. Adjust blade gap to an appropriate distance.

    3. Tighten the blades.

    4. Remove foreign objects and clear contaminated Regrind.

    5. Check power supply.

    6. Replace the bearings.

  • Reason:

    1. Oversized feed material.

    2. Loose machine components.

    3. Uneven ground surface, wheels not fully grounded.

    ​

    Ans.:

    1. Select appropriate feed material size.

    2. Inspect and locate the source of the noise/vibration.

    3. Ensure all four casters/wheels are evenly contacting the ground.

  • Reason:

    1. Power supply interruption.

    2. Overloading due to improper operation, triggering overload protection.

    3. Hopper not properly locked/latched.

    4. Damaged magnetic contactor.

    ​

    Ans.:

    1. Check power supply.

    2. Clear the granulating chamber, reset the protection trip, and restart.

    3. Check safety interlock switch engagement.

    4. Replace the magnetic contactor.

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