Our high-performance Hydraulic Metal Balers are engineered for the rigorous demands of steel plants, recycling centers, and smelting industries. Designed to process ferrous and non-ferrous metals—including steel, copper, aluminum, and stainless steel—these machines transform loose scrap and discarded automobiles into high-density furnace charges. By optimizing material volume, our balers significantly reduce transportation costs and accelerate the furnace charging process, maximizing operational efficiency.
Beyond metal processing, our versatile hydraulic baling technology is widely utilized for compressing non-metal relaxed goods such as cotton, yarn, cloth, hemp, and wool. Each compressed bale features uniform external dimensions and high density, making them ideal for streamlined container transportation and warehouse storage. Whether you are managing a scrap yard or a textile facility, our equipment ensures maximum space utilization and logistical cost-efficiency.
Detailed Parameters
| Nominal Force Range | 630kN to 3150kN | Bale Density | ≥1800 kg/m³ |
|---|---|---|---|
| Production Efficiency | 0.9 to 60 t/h | Power Range | 7.5kW to 60kW |
| Processing Materials | Steel, Copper, Aluminum, Stainless Steel | Cycle Time | 80s to 150s (Model Dependent) |
| Max Press Box Size | 200017501200 mm | Max Bale Size | 1000500600 mm |
| Power Options | Electrical Motor / Diesel Engine | Safety Systems | Emergency Stop & Warning Labels |
Key Advantages
Industrial Safety
Equipped with prominent safety warning labels and an emergency stop button to ensure operator protection.
High Efficiency
Rapid cycle times and high throughput capacity reduce bottlenecks in scrap processing lines.
Extreme Density
Produces high-density bales (≥1800 kg/m³) to minimize shipping volume and maximize container load.
Versatile Power
Flexible power options including diesel engines for remote sites where electrical grids are unavailable.
Customizable Specs
Multiple options for press force, box size, and bale dimensions to fit specific industry needs.
Multi-Material Use
Capable of handling everything from heavy metal scraps to lightweight textile and fiber materials.
Product Gallery
Management Platforms
Logistics Optimization
Reducing transportation costs by increasing material density per shipment.
Operational Workflow
Integrating hydraulic baling into the smelting and charging cycle.
Safety Compliance
Adhering to industrial safety standards with emergency fail-safes.
Energy Management
Optimizing power consumption across different nominal force models.
Storage Efficiency
Maximizing warehouse square footage through uniform bale dimensions.
Material Recovery
Enhancing the recovery of ferrous and non-ferrous metals for smelting.
Investment Return Comparison
| Metric | Traditional Loose Scrap | Hydraulic Baled Scrap |
|---|---|---|
| Transport Cost | High (Low Density) | Low (High Density) |
| Loading Speed | Slow/Manual | Fast/Mechanized |
| Furnace Charge Speed | Inefficient | Rapid & Optimized |
| Storage Space | High Requirement | Minimized Footprint |
| Logistics ROI | Low Efficiency | High Efficiency |
Frequently Asked Questions
Our balers are designed for steel, copper, aluminum, stainless steel, and discarded automobiles, as well as non-metals like cotton, wool, and cloth.
Yes, we offer diesel engine options for models where electrical motors are unavailable, ensuring flexibility for remote recycling sites.
Our machines are engineered to produce a bale density of ≥1800 kg/m³, which is optimal for container transportation.
Baling converts loose scrap into acceptable furnace charges, which increases the speed of furnace charging and lowers overall production costs.
Yes, we provide a wide range of models from DBM63 (630kN) up to DBM315 (3150kN) with various press box and bale size options.
Every machine comes equipped with standardized safety warning labels and a dedicated emergency stop button to prevent workplace accidents.
Ready to Optimize Your Scrap Recycling Process?
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