Three-Way Iron Scrap Pressing Machine for High-Density Waste Iron Bales

Three-Way Iron Scrap Pressing Machine for High-Density Waste Iron Bales

Managing bulky and high-density iron scrap is a challenge for many industries. Materials such as Heavy Melting Scrap (HMS 1 & HMS 2), Cast Iron Scrap, Forged Iron Scrap, Iron Beams, Structural Iron, and Iron Rebars are notoriously difficult to handle without the right equipment. Improper processing can lead to storage inefficiency, reduced recycling value, and significant operational losses.

The ENERPAT Iron Scrap Pressing Machine (TH Series) is engineered to overcome these challenges with advanced three-way compression technology. Capable of turning large and rigid scrap iron into compact, high-density bales, the machine delivers outstanding efficiency. For example, the AMB-TH6020 model achieves up to 47 tons of steel output per hour, while the AMB-TH60201 can handle as much as 59 tons of waste iron per hour.

Backed by British engineering, certified by CE and ISO standards, and trusted worldwide, ENERPAT ensures every Iron Scrap Pressing Machine is not only powerful but also reliable for long-term operation.

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Model:
TH Series
Brand:
ENERPAT
Code:
TH Series

Product Description

TThree-Way Iron Scrap Pressing Machine for High-Density Waste Iron Bales

Industry Challenges

Steel mills, foundries, construction demolition firms, and heavy manufacturing plants generate large volumes of iron scrap daily. From dismantled beams to forged iron offcuts, handling these materials without the right compaction solution often results in high logistics costs, wasted storage space, and lower resale value.

ENERPAT's Proven Solution

The ENERPAT Three-Way Iron Scrap Pressing Machine addresses these problems with a robust design and fully automated operation. By applying pressure from three directions, scrap iron bales are evenly compacted, achieving superior density and consistent bale quality. This ensures efficient melting in steel plants and higher returns in recycling markets.

Composition and Structure

Material Testing

Call to Action

Choosing the right solution for processing bulky and rigid iron scrap is critical for maximizing recycling value and reducing operational costs. The ENERPAT Iron Scrap Pressing Machine combines advanced three-way compression, high output capacity, and internationally certified quality to deliver long-term reliability for steel mills, foundries, and recycling plants worldwide.

With decades of global experience and after-sales support in more than 165+ countries, ENERPAT is your trusted partner in metal recycling.

Contact us today to discuss your specific scrap processing needs and discover how the ENERPAT Three-Way Iron Scrap Pressing Machine can boost your efficiency and profitability.

Product Details

Uniform Force & Higher Density

Scrap blocks are evenly compressed during the baling process.
Ensures higher compaction efficiency and superior bale quality.
Advanced three-way compression delivers maximum density.

Professional Design & Premium Components

Engineered with precision and built to the highest standards.
Guarantees stable, long-term operation.
High-performance construction ensures durability and reliability.

Powerful Hydraulic System

Defines a new standard for efficient baling.
Plug-in hydraulic valve groups enable high flow and faster cycle speed.
H-type tapered connections minimize leakage.
UK Hallite cylinder seals ensure safety, durability, and leak-free performance.

Robust & Low-Maintenance Structure

Mortise-and-tenon welded steel frame provides exceptional strength and longevity.
Modular design makes servicing and maintenance more convenient.
Built to reduce downtime and lower operating costs.

Intelligent Control System

Siemens/Schneider PLC system with real-time monitoring.
Touchscreen and push-button controls for easy, labor-saving operation.
Automatic alarm and quick troubleshooting functions.
Smart programming allows adjustable compression and feeding cycles.
Continuous monitoring of runtime, current, and temperature for maximum safety.

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