• SX Double Shaft Shredder,metrocrusher,SX Double Shaft Shredder
  • SX Double Shaft Shredder,metrocrusher,SX Double Shaft Shredder

SX Double Shaft Shredder

SX Series Double Shaft Shredder is a heavy-duty, low-speed, high-torque primary shredding solution designed for the volume reduction of diverse waste materials .
Specifications
Model:
SX-1000
Motor Power:
37kw*2
Weight:
6.2tons
$10,000.00-30,000.00
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  • SX Double Shaft Shredder,metrocrusher,SX Double Shaft Shredder

Description

Introduction

SX Series Double Shaft Shredder is a heavy-duty, low-speed, high-torque primary shredding solution designed for the volume reduction of diverse waste materials. It operates through a cutting, tearing, and squeezing action, making it ideal for reducing bulky items into manageable particles for further processing, recycling, or disposal.

Drawing on advanced European technology, this robust machine uses counter-rotating shafts fitted with alloy steel cutters to grab and shred material efficiently. With a low-speed, high-torque principle, it offers quiet, low-dust operation and can handle materials mixed with contaminants like metal or stone, minimizing wear and maintenance.



Applications

The SX Series is a versatile workhorse suitable for a wide range of applications across multiple industries. Its robust design allows it to process soft plastics, hard rubbers, wood, and even metals.

  • Plastics & Rubber: Plastic drums, lumps, films, rubber tires, rubber scraps, large pipes, and nylon materials.
  • Wood & Biowaste: Wood pallets, branches, straw, bamboo, and other wood waste.
  • Metals: Light metal scraps, steel drums, aluminum profiles, and paint buckets.
  • Electronic & E-Waste: Electronic scrap (WEEE), waste household appliances, circuit boards (PCBs).
  • Other General Waste: Municipal solid waste (MSW), industrial waste, paper mill waste, textiles, leather, and packaging materials.



Key Features

Heavy-Duty Construction: Built with thick steel plate frames to withstand high torque and shock loads, ensuring long-term stability and durability .
High-Strength Cutters: Blades are typically made from high-quality alloy steel (e.g., 9SiCr or SKD) which are durable and can be repaired multiple times to reduce operational costs .
Intelligent PLC Control: Advanced control panel with an auto-reverse function that detects overloads from foreign materials, reverses rotation to clear the jam, and then resumes normal operation automatically .
Low Noise & Dust: The slow-speed, high-torque mechanism ensures quiet, low-dust operation, meeting environmental standards .
Easy Maintenance: Features a modular chamber design with split bearing housings for quick access to key components, reducing downtime and maintenance costs .
Versatility: Configurable blade thickness and tooth patterns allow the machine to be customized for different material types and output requirements.

MODEL FEEDING SIZE /MM DIA BLADE /MM THICKNESS BLADE /MM NO. BLADE /PCS MOTOR POWER /KW SHAFT /RPM  DIMENSION /MM WEIGHT /KG
SX-600 600*480 250 30 40 15KW*2 15-18 2000*1100*1700 1700
SX-800 800*580 300 40 40 22KW*2 15-18 3000*1250*2150 5000
SX-1000 1000*680 350 40 50 37KW*2 12--15 4200*1600*2150 6200
SX-1200 1200*780 400 50 48 55KW*2 12--15 4800*2000*2150 7500
SX-1400 1400*880 450 70 40 75KW*2 9--12 5200*2200*2300 9000
SX-1600 1600*980 500 80 40 90KW*2 8--10 6000*2400*2650 11000
SX-1800 1800*1180 600 100 36 110KW*2 5--8 6000*2500*3100 13600

After-Sales Support

Warranty: Typically 12 months standard, with lifelong maintenance service available.
Spare Parts: Comprehensive operation manuals and a set of essential spare parts are often included with purchase.
Service: Some manufacturers offer remote service and online commissioning support. Experienced engineers can be dispatched for overseas installation and service.
Certification: Many models are tested, approved, and certified to applicable CE safety standards.

For detailed quotations, customized configurations, or specific application inquiries, please contact the manufacturer directly with your material type and required output capacity.