Affordable Metal Scrap Shredder Prices | Fast & Durable

With the global demand for sustainable recycling and efficient raw material processing growing at double-digit annual rates (Statista, 2023), the market for metal shredder machines has seen significant expansion. Organizations in the petrochemical, metallurgy, municipal recycling, and manufacturing sectors are increasingly seeking robust, energy-efficient, and cost-effective solutions. In this guide, we break down the critical parameters, manufacturing processes, practical applications, and price trends for metal scrap shredder machines, shedding light on how to select high-quality equipment and optimize your ROI.

1. Market Trends: Metal Scrap Shredder Machine Price Overview [2024]

*Prices subject to customization, destination country tax, certification (ISO/CE), and auxiliary systems included.

2. Technology & Parameters: Structure of Metal Shredder Machine

The Metal Scrap Shredder Machine consists of heavy-duty rotating rotors, high-strength cutting blades, an intelligent PLC control system, reinforced housing, and customizable hoppers. These robust machines are engineered for high throughput, efficient particle sizing, and long service life.

Key Technical Specifications (Model: OMS1800-HD)

• Rotor & Blades: Made from high-manganese or alloy tool steel (e.g., D2, H13), providing wear-resistance and up to 38,000–50,000 cycle lifespan under ISO/ANSI test conditions.
• Drive System: Utilizes Siemens/ABB motors and planetary reduction gearboxes for torque consistency and energy efficiency.
• Control: Siemens/Schneider PLC, with optional IoT data logging and remote fault diagnosis.
• Certification: Conforms to ISO 9001:2015, ANSI B11.19, CE/UL safety standards; can be customized for FDA components in food-grade applications.
• Corrosion Resistance: Exterior paint and all-welded frame tested with Q-FOG cyclic salt spray (ASTM B117 – 1000hr minimum).

3. Metal Scrap Shredder Machine Manufacturing Process

4. Application Scenarios & Industry Use Cases

• Automotive: Shredding car shells, engine blocks, radiators, aluminum wheels for recycling and smelting.
• Municipal & E-Waste: Processing white goods, home appliances, and electronics for valuable metal recovery.
• Metallurgy: Pre-treatment of steel scrap, aluminum cans, copper wires—optimized for blast furnace or secondary smelter feedstock.
• Petrochemical: Destruction of obsolete pipelines, storage drums, and contaminated metallic container111s.
• Water Treatment Plants: Handling dismantled metal screens, valves, and pipes in end-of-life decommissioning.

5. Manufacturer Comparison & Customization Solutions

6. Customization: Tailored Design & Value-Added Options

• Custom feed hopper design for bulk or irregular scrap
• PLC/IoT Automation & Remote Monitoring
• Special blade materials (D2, H13, SLD-MAGIC)
• Vibration-damping system for foundation-critical installs
• Extended warranty (36–60 months)
• International voltage & certification (UL, CSA, GOST, IEC)
• Onsite commissioning & operator training

7. Application Cases & Real-World Feedback

8. Delivery Cycle, Warranty & Support

• Delivery cycle: 25–45 working days typical (<18T models), up to 70+ for large customized solutions.
• Warranty: Standard 24 months, extendable to 60 months. Spares & wear parts: typically in stock.
• Global installation support: Local teams for Asia/Europe/USA; online remote training and commissioning.
• Customer support: 24/7 hotline, online fault diagnosis, lifetime technical updates (free for first 5 years).

9. Why Choose Official Metal Scrap Shredder Machine Supplier?

• Full compliance with ISO, ANSI, CE, and major regional standards.
• Expert R&D for proven solutions in complex, high-throughput environments.
• OEM/ODM support for all metal scrap shredder machine price brackets.
• Global reference projects in steel, petrochemical, water treatment, e-waste sectors.
• Superior energy efficiency & advanced metallurgy for extended lifetime and lower maintenance.