Golden Energix
GOLDEN ENERGIX · RUBBER PROCESSING LINE

Rubber Crusher 1000–2000

Heavy-duty rubber crushing unit engineered for efficient size reduction of rubber blocks and pre-processed tire materials. Optimized for stable throughput, reinforced structure and full upstream/downstream integration.

High torque driveHeavy-duty cuttersFull-line integration
Interactive 3D Model
Rotate and scroll to zoom. Model auto-fits the frame.

Key Specifications

Series
1000–2000
Function
Rubber block pre-crushing
Feeding Material
Rubber blocks / Pre-processed rubber
Drive Power
TBC
Blade Material
High-strength alloy cutters (TBC)
Throughput
TBC
Dimensions
TBC
Approx. Weight
TBC

The 1000–2000 Rubber Crusher provides stable cutting performance with reinforced frame, optimized cutter spacing and high-torque drive, ideal for pre-processing rubber blocks before granulation or fine milling in large-scale tire recycling lines.

Design Highlights

  • Reinforced frame for continuous industrial crushing.
  • Optimized cutter geometry reduces vibration and improves stability.
  • High-torque motor configuration for heavy rubber loads.
  • Smooth upstream/downstream process compatibility.
  • Accessible design for cutter maintenance (TBC).
  • Suitable for large scrap tire recycling plants.

Typical Applications

  • Waste tire recycling lines
  • Rubber block pre-crushing
  • Rubber granulation pre-processing
  • Industrial rubber sheet production

Need full line integration?

Our engineers can configure a 1000–2000 crusher solution based on your capacity, rubber type and plant layout.

Technical Parameters

Series1000–2000
FunctionRubber crushing / pre-crushing
Drive PowerTBC
Blade MaterialHigh-strength alloy cutters (TBC)
ThroughputTBC
DimensionsTBC
Approx. WeightTBC

Downloads

  • Rubber Crusher technical sheet (PDF)
  • Integration layout drawing
  • Complete tire recycling line catalog

Configure this crusher for your plant

Share your capacity, rubber input and floor space — we will prepare a matching crusher configuration with full-line integration.