Three-Way Compression Hydraulic Baler for Scrap Steel
Product Description
Industries Generating Scrap Steel
Scrap steel originates across multiple industries:
Construction & Demolition → beams, channels, rebars, pipes
Metalworking & Fabrication → stamping scrap, cutting skeletons, offcuts
Machining & Foundry Shops → steel turnings, borings, chips, swarf, shavings
Manufacturing & Packaging → steel sheets, strips, roofing plates, galvanized steel
Automotive & Appliance Recycling → car bodies, wheels, drums, tanks, white goods
Mixed Scrap Dealers → bundled scrap steel, pressed steel scrap, armored steel cables
These materials are bulky, irregular in shape, and difficult to handle. The Hydraulic Baler for Scrap Steel from Enerpat turns them into compact, stackable, and easily transportable bales, dramatically improving storage and logistics efficiency.
Key Advantages of the Enerpat Three-Way Compression Hydraulic Baler for Scrap Steel
Superior Bale Quality
Triple-direction compression ensures uniform density.
High compression ratio delivers solid, cube-shaped bales for easier smelting.
Heavy-Duty Build & Components
Rigid welded housing with mortise-and-tenon design for long service life.
High-quality Siemens/Schneider PLC control system with touch screen operation.
Robust Hydraulic System
Cartridge valve system with high flow rate, ensuring fast cycle times.
Hallite oil seals from the UK for maximum reliability and zero leakage.
Cost-Effective & Easy Maintenance
Modular design for simplified servicing.
Durable build reduces downtime and lowers operating costs.
Certified & Trusted Worldwide
Built under UK technology standards.
CE & ISO certified for global acceptance and compliance.
Composition and Structure
Material Testing
Technical Highlights
Bale Sizes: 250×250 mm up to 600×600 mm
Hydraulic Power: up to 1000+ tons cylinder force
Throughput: up to 59 t/h for steel, 67 t/h for copper, 20 t/h for aluminum
Cycle Time: from 25 to 69 seconds depending on model
Applications: steel, alloy, copper, aluminum, stainless steel
Why Choose Enerpat?
When scrap dealers, foundries, and steel mills need a reliable Hydraulic Baler for Scrap Steel, they turn to Enerpat. With decades of experience, advanced UK technology, and thousands of installations worldwide, we know how to build machines that deliver efficiency, durability, and return on investment.
Whether you are processing light scrap steel sheets, structural beams, heavy rebars, machining swarf, or obsolete car bodies—our TH Series balers handle it all with ease.
If your scrap yard or recycling plant is struggling with bulky steel waste, it’s time to invest in a Three-Way Compression Hydraulic Baler for Scrap Steel that delivers unmatched performance.
Contact Enerpat today to get a tailored solution for your material and production needs.
Product Details
Uniform Bale Density
Triple-action compression applies force from three directions, delivering higher compaction efficiency and consistent bale quality with an exceptional compression ratio. |
Engineered for Reliability
Precision design, advanced manufacturing, and premium components ensure long-term durability and stable performance under heavy-duty operation. |
Powerful Hydraulic System
High-flow cartridge valve block enables fast cycle times. H-type tapered fittings minimize leakage risk, while UK Hallite cylinder seals guarantee safety and durability. |
Robust & Low-Maintenance Build
Mortise-and-tenon welded frame provides outstanding strength and longevity. Modular design makes servicing and maintenance simple and cost-effective. |
Smart Control & Monitoring
Siemens/Schneider PLC with touch screen for one-touch operation. Features include auto-alarm, real-time monitoring of current, temperature, and operating hours, plus programmable settings for compression and feeding cycles. |
Technical Data Sheet
| MODEL | AMB-TH-2080 | AMB-TH-2210 | AMB-TH-2212 | AMB-TH-2812 | AMB-TH-2815 | AMB-TH-6020 | AMB-TH-60201 | |
| BalesHxW(L) | mm | 250 x 250 （var.) | 300 x 300 （var.) | 300 x 300 （var.) | 400 x 400 （var.) | 400 x 400 （var.) | 600 x 600 （var.) | 600 x 600 （var.) |
| Motor Power | kW | 1 x 55 | 1 x 55 1 x 90 2 x 55 | 1 x 55 1 x 90 2 x 55 | 1 x 90 2 x 55 | 1 x 90 2 x 90 3 x 90 | 3 x 90 | 3 x 90 |
| Cycle time (no-load) | S | 25 | 34 - 23 | 38 - 26 | 40 - 36 | 46 - 28 | 60 | 69 |
| Bales/h (90% availability) | 1/h | 137 | 101 - 149 | 90 - 132 | 86 - 95 | 74 - 122 | 57 | 50 |
| Max. production capacity, Fe (bale weight) | t/h | 10 （69 kg） | 13 - 19 (124 kg) | 12 - 17 （124 kg) | 24 - 26 (264 kg) | 21 - 34 (264 kg) | 47 (791 kg) | 59 (1,130 kg) |
| Max. production capacity, Cu + Ms (bale weight) | t/h | 11 (78kg) | 15 - 22 (141 kg) | 13 - 20 (141 kg) | 27 - 30 (301 kg) | 23 - 39 (301 kg) | 54 (903 kg) | 67 (1,290 kg) |
| Max. production capacity, Al (bale weight) | t/h | 4 (28kg) | 5 - 7 (44 kg) | 4 - 6 (44 kg) | 8 - 9 (94 kg) | 7 - 12 (94 kg) | 16 (272 kg) | 20 (389 kg) |
| Cylinder forces, 1st compactor | t | 72 | 112 | 112 | 161 | 189 | 343 | 343 |
| Cylinder forces, 2nd compactor | t | 91 | 136 | 161 | 220 | 252 | 494 | 494 |
| Cylinder forces, final compactor | t | 160 | 200 | 200 | 350 | 350 | 800 | 1,000 |
| Spec. pressure final compactor | N/ cm² | 2,128 | 2,063 | 2,063 | 2,104 | 2,104 | 2,144 | 2,749 |
| Press box, (W x L x H) | mm | 795 x 1,925 x 600 | 1,020 x 2,235 x 800 | 1,245 x 2,235 x 800 | 1,245 x 2,840 x 1,100 | 1,500 x 2,840 x 1,100 | 2,000 x 6,000 x 1,600 | 2,010 x 6,000 x 1,600 |
| Feed opening, (W x L) | mm | 725 x 1,450 | 945 x 1,655 | 1,170 x 1,655 | 1,170 x 2,130 | 1,425 x 2,130 | 2,910 x 4,930 | 1,910 x 4,930 |
Machine dimensions (W x Lx H) | mm | 4,550 x 5,800 x 3,000 | 5,290 x 6,605 x 3,735 | 5,990 x 6,605 x 3,775 | 6,360 x 8,035 x 4,600 | 7,060 x 8,035 x 4,615 | 10,155 x 15,650 x 6,110 | 10,495 x 15,650 x 6,110 |
| Machine weight | t | approx. 25 | approx. 41 | approx. 44 | approx. 60 | approx. 67 | approx. 186 | approx. 201 |