Shredder Machine For Sale
“Maximum Torque, Ultimate Size Reduction. The Heavy-Duty Recycling Solution.“
Ideal for Scrap Metal, End-of-Life Vehicles (ELVs), E-Waste, Tires, and Industrial Plastics.
- Processing Capacity: 1 ~ 40 Tons/Hour (Customizable based on material density)
- Blade Material: Highly Wear-Resistant Alloy Steel (D2 / H13 / Cr12MoV)
- Drive & Control: High-Torque Dual Motor (Siemens/WEG optional) with PLC Overload Auto-Reverse
Dingjoin Shredder & Crusher Machine For Sale
High-end intelligent hydraulic scrap shear designed for continuous compression and shearing of heavy structural metals.
Metal Gantry Shear
Max Shearing Width:
Up to 1200 mm ~ 3000 mm
Capacity:
10 – 80 t/h (Depending on model selection)
Applications:
Low-carbon light and medium-sized scrap steel, Scrapped automobile shells, Metal structural parts, Section steel, Rebar, Metal packaging blocks.
Specialized heavy-duty single shaft shredder engineered to crush messy, bundled, and deformed waste rebar.
Single Shaft Steel Bar Shredder
Cutter Head Diameter:
550 mm ~ 750 mm
Capacity:
3 – 12 t/h
Applications:
Steel bar heads, Straight steel bars, Disordered rebar, Bundled steel bar balls, Demolition steel bars, Threaded steel.
Low-speed, high-torque dual-rotor shredder featuring exceptional throughput and zero-dust, low-noise operation.
Double Shaft Shredder
Cutter Head Diameter:
220 mm ~ 700 mm
Capacity:
0.6 – 18 t/h
Applications:
Hollow plastic containers, Plastic barrels, Waste home appliances (WEEE), Refrigerator shells, Metal scrap under 5mm thickness, Scrap tires, Copper cables, Rubber head materials.
High-performance hammer mill crushing system built for maximizing the purity and density of light-to-medium scrap.
Scrap Metal Crusher
Inlet Width:
600 mm ~ 2800 mm
Capacity:
0.5 – 120 t/h
Applications:
Scrap cars, Scrapped home appliances, Light and thin scrap steel, Color steel tiles, Metal drums, Bicycle frames, Steel doors and windows.
Heavy-duty hydraulic compression baler that cold-presses loose metal and chips into dense, furnace-ready blocks.
Hydraulic Scrap Metal Baler
Max Bin Size:
1200 × 700 mm ~ 4000 × 3000 mm
Bale Weight Range:
50 – 2100 kg
Applications:
Cast iron chips, Steel chips, Copper and aluminum shavings, Scrap steel sheets, Disassembled car bodies, Waste oil barrels, Metal leftovers.
Advanced single-shaft fine shredder featuring a hydraulic swing pusher for processing tough industrial plastics and rubber.
Vertical Single Shaft Shredder
Rotor Length / Inlet Width:
600 mm ~ 1200 mm
Capacity:
Up to 25 t/h
Applications:
Thick-wall plastic pipe fittings, PE head materials, Large plastic packaging barrels, Massive plastic film bundles, Woven bags, Plastic crates, Scrap tires, Printer shells, Plastic pallets.
High-capacity symmetrical double-shaft shredder designed for automated, uniform feeding of rigid plastics without a pusher.
Double Shaft Plastic Shredder
Rotor Length / Inlet Width:
800 mm ~ 1200 mm
Screen Aperture:
50 – 100 mm
Applications:
PVC plastics, Thick-wall PE pipes, Leather cloth, Cans, Electronic waste, Large plastic drums, Thick plastic sheets.
Premium vertical pelletizer that crushes secondary and tertiary scrap into impurity-free, high-density metal balls.
Vertical Metal Hammer Mill Crusher
Input Material Size:
Small-to-medium compressed bales and light scrap metals
Capacity:
1 – 20 t/h
Applications:
Baled metal blocks, Compressed scrap, Paint buckets, Motor shells, Oil filters, Metal leftovers, Light iron sheets, Rolling gates.
Horizontal, fully automatic hydraulic container shear designed for continuous feeding of light and medium-sized scrap.
Container Shear
Blade Length:
Up to 1000 mm ~ 1800 mm
Capacity:
5 – 20 t/h
Applications:
Light and medium-sized scrap steel, Scrap iron, Steel pipes, Color steel tiles, Aluminum profiles, Waste reinforcement steel, Angle iron, Channel steel.
Heavy-duty automatic horizontal baler with advanced hydraulic cylinders for high-density baling of soft recyclables.
Waste Paper & Solid Waste Baler
Inlet Opening Size:
1.4 × 0.8 m ~ 2.0 × 1.3 m
Bale Weight Range:
0.5 – 2.0 Tons / Bale
Applications:
Cardboard, Scrap paper, PET bottles, Plastic packaging film, Woven bags, Texturised fiber materials, Aluminum beverage cans.
High-efficiency density separator utilizing aerodynamics and negative pressure to precisely isolate light materials from heavy metals.
Air Separator
Effective Sorting Width:
600 mm ~ 1600 mm (Based on machine width)
Capacity:
20 – 120 t/d (Tons per Day)
Applications:
Municipal solid waste (MSW), Construction waste, Shredded automotive residue (ASR), Electronic waste (WEEE), Metal sorting.
Robust rotary screening system engineered for precise size classification and sorting of mixed solid waste streams.
Trommel Screen Separator
Drum Diameter & Length:
Φ1800 × 6000 mm ~ Φ3000 × 15000 mm
Capacity:
50 – 100+ t/h
Applications:
Municipal solid waste (MSW) sorting, Construction waste screening, Metal recycling, Industrial solid waste.
Essential non-ferrous separator utilizing high-speed alternating magnetic fields to repel and recover valuable aluminum and copper.
Eddy Current Separator
Effective Sorting Width:
600 mm ~ 1500 mm (Customizable belt width)
Capacity:
2 – 25 t/h (Varies depending on material density)
Applications:
Electronic waste recycling (WEEE), Industrial solid waste, Non-ferrous metal recovery (Aluminum, Copper, Brass), Mixed scrap metals.
Compact and highly reliable hydraulic alligator shear designed for efficient cold-cutting of metal profiles and pipes.
Crocodile Shear
Blade Length:
600 mm ~ 1800 mm
Capacity (Shear Frequency):
8 – 16 cuts/min
Applications:
Metal recycling, End-of-life vehicle (ELV) dismantling, Smelting and casting scraps, Metal tubes, Scrap steel profiles.
Dingjoin Shredding Production Line Solutions
Pre-Shearing & Fine Crushing for Massive Bulk Waste.
Specifically designed for handling large-volume and bulky materials, this integrated line adopts an advanced combination of a multi-blade hydraulic shear and a heavy-duty scrap crusher. Large objects are first pre-sheared into manageable pieces and then continuously transported to the crushing and sorting line for fine processing. This system effectively multiplies your hourly output while drastically increasing the final material density.
Primary Shredding & Hammer Crushing for Mid-to-Large Solid Waste.
Engineered for mid-sized materials with large volumes, this production line uses a high-performance double shaft shredder (equipped with robust alloy blades) paired with a secondary hammer crusher. This dual-stage crushing, shredding, and screening setup provides a smooth, non-stop flow, ensuring even tough, hollow industrial plastics and light metal scrap are processed down to perfect sorting dimensions.
Continuous Shearing and Tearing for Disordered Rebar.
This specialized system completely replaces traditional, slow methods of processing long, tangled, bent, and bundled scrap reinforcement bars. The waste rebar is first fed into our high-force hydraulic shear to be processed into short, loose pieces, and then automatically transferred via conveyors to the sorting platform and heavy-duty rebar shredder for final, absolute size reduction.
Tower-Type Enclosed Processing with Zero Pollution.
Our advanced tower-type processing line offers a fully automated and eco-friendly system for recycling waste refrigerators and large home appliances (WEEE). By utilizing entirely physical sorting and dry crushing methods, this enclosed system produces zero hazardous gas, wastewater, or residue discharges, while achieving maximum separation rates of valuable ferrous and non-ferrous metals from plastics.
Complete Steel-Free Rubber Granules & Powder Production.
A highly automated, continuous recycling solution designed to process scrap passenger car, truck, and OTR tires into high-purity rubber granules and fine powder (ranging from 30 to 120 mesh). The system utilizes an advanced physical crushing and magnetic separation process to deliver final rubber products that are 100% free of steel wires and fibers.
Dingjoin Shredding Production Line Solutions
Solid Waste Shearing & Crushing Line
Pre-Shearing & Fine Crushing for Massive Bulk Waste.
Specifically designed for handling large-volume and bulky materials, this integrated line adopts an advanced combination of a multi-blade hydraulic shear and a heavy-duty scrap crusher. Large objects are first pre-sheared into manageable pieces and then continuously transported to the crushing and sorting line for fine processing. This system effectively multiplies your hourly output while drastically increasing the final material density.
Solid Waste Shredding & Crushing Line
Primary Shredding & Hammer Crushing for Mid-to-Large Solid Waste.
Engineered for mid-sized materials with large volumes, this production line uses a high-performance double shaft shredder (equipped with robust alloy blades) paired with a secondary hammer crusher. This dual-stage crushing, shredding, and screening setup provides a smooth, non-stop flow, ensuring even tough, hollow industrial plastics and light metal scrap are processed down to perfect sorting dimensions.
Rebar Shearing & Shredding Line
Continuous Shearing and Tearing for Disordered Rebar.
This specialized system completely replaces traditional, slow methods of processing long, tangled, bent, and bundled scrap reinforcement bars. The waste rebar is first fed into our high-force hydraulic shear to be processed into short, loose pieces, and then automatically transferred via conveyors to the sorting platform and heavy-duty rebar shredder for final, absolute size reduction.
Refrigerator Processing & Sorting Line
Tower-Type Enclosed Processing with Zero Pollution.
Our advanced tower-type processing line offers a fully automated and eco-friendly system for recycling waste refrigerators and large home appliances (WEEE). By utilizing entirely physical sorting and dry crushing methods, this enclosed system produces zero hazardous gas, wastewater, or residue discharges, while achieving maximum separation rates of valuable ferrous and non-ferrous metals from plastics.
Waste Tyre Recycling Line
Complete Steel-Free Rubber Granules & Powder Production.
A highly automated, continuous recycling solution designed to process scrap passenger car, truck, and OTR tires into high-purity rubber granules and fine powder (ranging from 30 to 120 mesh). The system utilizes an advanced physical crushing and magnetic separation process to deliver final rubber products that are 100% free of steel wires and fibers.
Dingjoin Heavy-Duty Shredder Prices & ROI Analysis
Factory-Direct Pricing Structure
Why pay exorbitant markups to local dealers or trading companies? Dingjoin offers a Factory-Direct solution that saves you up to 30% on your initial equipment investment.
By manufacturing key components in-house (including the heavy-duty machined chambers, rotors, and alloy blades), we guarantee premium quality while eliminating middleman margins completely.
- Electric Series: Lower purchase price and highly efficient daily running costs. The best value for stationary recycling plants with stable grid access.
- Diesel/Mobile Series: Eliminates the need for costly grid upgrades. Perfect for remote scrap yards, vehicle dismantling centers, and on-site demolition.
ROI Breakdown: The “Recycling Profit Formula”
A Dingjoin Heavy-Duty Shredder isn’t just an expense; it’s a cash-generating asset engineered to pay for itself within 6 to 10 months. Here is the math based on a typical mid-sized scrap yard:
A. Slash Labor & Consumable Costs by 70%
Traditional metal processing requires multiple workers using gas cutting torches—which is extremely slow, hazardous, and expensive in daily gas consumption.
- Traditional Method: 4-5 manual workers cutting scrap cars and heavy steel.
- Dingjoin Method: 1 excavator operator feeding the shredder = 1 Person Total.
- Savings: You save 3-4 daily wages and completely eliminate the massive monthly cost of consumable cutting gases.
B. Maximize Transport Density & Material Value
Loose scrap metal means you are paying to transport “air.” Shredding turns bulky waste into dense, uniform nuggets. Steel mills pay a higher premium for shredded scrap because it melts faster and saves energy in the furnace.
- Result: Increase your payload weight per truck by up to 50% (slashing transport costs), and sell your premium shredded metal at a higher profit margin to foundries.
Cost Comparison Table
Project Scenario: Processing 1,000 Tons of Scrap Metal per Month
| Cost Factor | Traditional Method (Manual Torch Cutting & Loose Scrap) | Dingjoin Heavy‑Duty Shredder (Automated Processing) | Your Advantage (Profit) |
|---|---|---|---|
| Labor Needed | 4‑5 Workers (High wage & safety risks) | 1 Operator (Excavator/Crane feeding) | Save thousands in wages & gas every month. |
| Transport Efficiency | Low Density (Shipping too much “air”) | High Density (Compact shredded material) | Cut freight trips by 30‑40%, saving fuel costs. |
| Selling Price to Mills | Standard rate for loose, mixed scrap | Premium rate for pure, shredded nuggets | Maximize profit margin on every single ton sold. |
Dingjoin Shredder Machine Applications
🚗 For Scrap Yards & Vehicle Dismantling Centers
The ultimate solution for heavy scrap metal recycling. Traditional manual cutting with torches is slow, unsafe, and labor-intensive. Our heavy-duty shredders easily crush car bodies, aluminum profiles, and scrap steel into dense nuggets. This significantly increases transport weight per container, reduces storage space, and provides steel mills with high-purity, ready-to-smelt materials.
🛞 For Tire Recycling & TDF Plants
Purpose-built for processing bulky waste tires. Whole tires consume massive landfill space and are extremely difficult to transport. Dingjoin shredders feature specialized high-torque rotors that effortlessly slice through passenger car tires, thick truck tires, and OTR tires. We help you turn hazardous waste tires into valuable Tire-Derived Fuel (TDF) chips, rubber mulch, or crumb rubber feedstock.
💻 For E-Waste (WEEE) Recovery Facilities
The essential first step in electronic waste recycling. Waste electrical and electronic equipment (WEEE) contains a mix of valuable non-ferrous metals and tough plastics. Our shredders efficiently break down washing machines, hard drives, motor housings, and thick copper cables into uniform sizes, perfectly preparing the material for downstream magnetic and eddy current separation.
🛢️ For Industrial Solid Waste & Plastics
Designed to handle the toughest rigid plastics that standard granulators cannot process. Manufacturing facilities often generate thick plastic lumps, heavy-wall PVC pipes, and dense die-head materials. Our shredders utilize aggressive shearing technology to break down these high-hardness industrial plastics smoothly without jamming or stalling, turning bulky waste into manageable, recyclable flakes.
🧱 For Precast & Concrete Supply
Perfect for precast yards or starting a micro-batching business. Unlike stationary plants that require high setup costs and land, our mobile unit offers precision weighing for specialized mix recipes (dry-mix or wet). It allows you to produce high-quality concrete blocks, pipes, or barriers on-demand, scaling your production volume without the heavy capital expenditure.
Why Dingjoin Shredder Machine Outperforms the Competition
1. Smart PLC Auto-Reverse Technology
Non-Stop Shredding, Zero Manual Intervention.
Jamming is the #1 headache in metal recycling where material hardness varies. Dingjoin uses an advanced Siemens PLC Control System. When encountering un-shreddable solid steel blocks, the system detects the overload instantly and automatically reverses the rotors to clear the jam. While cheap shredders stall and require hours of manual clearing, ours keeps flowing, saving you massive downtime.
2. Extreme Torque Dual-Drive System
Real Shearing Power for Heavy Scrap.
We equip our shredders with premium motors (Siemens/WEG optional) coupled with Heavy-Duty Planetary Gearboxes. This ensures massive torque at extremely low rotational speeds. Whether you are crushing a scrap car body or industrial thick-wall pipes, the shredder delivers continuous cutting force smoothly, without the “power loss” or motor stalling common in lower-tier brands.
3. Forged Alloy Steel Blades
3x Longer Service Life.
Standard shredders use cheap casting steel that chips and wears out quickly when cutting metal. Dingjoin uses High-Grade Forged Alloy Steel (D2 / H13) for the cutting knives. This ultra-hard, heat-treated material withstands the constant extreme impact of heavy scrap and tires, extending the replacement interval by 300%. Spend less time replacing blades and more time processing materials.
4. Heavy-Duty Machined Chamber & Sealing
Run All Day Without Structural Fatigue.
Metal shredding generates violent vibrations and highly abrasive dust. We upgraded the main housing using ultra-thick, CNC-machined steel plates that never deform under stress. Furthermore, our bearings feature an external, multi-layer labyrinth seal design. This completely blocks out metal dust and liquids, ensuring the machine can work continuously for 10+ hours in harsh scrap yards without bearing failure.
Dingjoin vs. Generic Brands
| Feature | Dingjoin Heavy‑Duty Shredder | Generic / Cheap Brands |
|---|---|---|
| Blades Material | Forged Alloy Steel (D2/H13) | Standard Casting Steel (Chips easily) |
| Control System | Smart PLC Auto‑Reverse | Manual Reset (Prone to jamming) |
| Main Chamber | CNC Machined, Extra Thick Plate | Thin Welded Plates (Deforms easily) |
| Bearing Design | External Mount + Multi‑Sealed | Internal Mount (Fails from metal dust) |
Global Cases of Shredder Machines
While Dingjoin has established a commanding market leadership across Europe, North America, and Southeast Asia—conquering some of the world’s most demanding scrap yards and heavy-duty recycling environments—our success is truly global. Our industrial shredders are widely deployed and highly rated by recycling facilities for their ability to process end-of-life vehicles (ELVs), massive scrap tires, and complex e-waste efficiently. No matter the continent, from large-scale steel mills to regional solid waste centers, customers worldwide trust Dingjoin for uncompromised shredding performance and seamless international logistics.
