Product Description

Screw Crusher for Biomass Briquettes

Zeus Engitech Private Limited proudly introduces its latest innovation in biomass processing — the Screw Crusher, specifically engineered for crushing biomass briquettes. This state-of-the-art equipment has been developed to deliver high-performance crushing with minimal dust generation, offering a significant advancement over traditional crushers in the biomass industry.

Working Principle

The Screw Crusher operates on a combined crushing and shearing mechanism. A specially designed screw shaft rotates within a trough, drawing in the biomass briquettes and applying consistent shear and compressive forces. This dual-action mechanism ensures efficient size reduction.

Key Features

• Dust-Free Operation
  One of the major challenges in biomass crushing is dust formation, which leads to material loss and health hazards. The Screw Crusher addresses this by employing a low-speed, high-torque design that minimizes dust generation by nearly 70–80% compared to conventional hammer or impact crushers.
• Robust and Compact Design
  Built with heavy-duty materials, the Screw Crusher is compact yet durable, suitable for continuous industrial operation with minimal maintenance.
• Optimized for Biomass Briquettes
  The equipment is fine-tuned to handle cylindrical and pillow-shaped briquettes made from various biomass sources like sawdust, rice husk, bagasse, groundnut shells, and other agricultural residues.
• Fire Hazard Prevention
  Unlike hammer or impact crushers that create sparks and frictional heat, the Screw Crusher’s slow and controlled movement prevents heat build-up, eliminating the risk of fire or combustion a critical safety advantage in biomass processing.
• High Throughput Capacity
  The crusher is currently available with a capacity of up to 3 TPH, making it suitable for small to mid-scale biomass briquette plants and fuel preparation units.
• Energy-Efficient
  The screw crushing mechanism consumes less energy than high-speed rotary crushers, leading to reduced operational costs and improved sustainability.
• Heavy-Duty Construction
  Built with wear-resistant materials and a compact footprint for industrial durability and ease of installation.