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MICO HYDRAULICS
GST : 24AFHPP6443C1ZM

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Hydraulic Metal Baling Press

Hydraulic Metal Baling Press Specification

Nominal Force
2500 kN

Power Source
Hydraulic

Condition
New

Dimension (L*W*H)
3800 mm x 2200 mm x 2500 mm

Power(W)
22 kW

Voltage
380V/415V

Motor
Three Phase Electric Motor

PLC System
Yes

Solenoid Valve
High Quality

Pre-Fill Valve
Available

Proportional Valve
Included

Max Opening Distance
900 mm

Working Table Size
1500 mm x 1200 mm

About Hydraulic Metal Baling Press

With the experience of 18 years, we are offering our valuable clients a wide range of Hydraulic Metal Baling Press. This press is manufactured using quality approved components by our veteran professionals and pioneering technology in tandem with international standards of the market. The provided press is commonly used for pressing cotton, coir, scrape and related materials. We offer this Hydraulic Metal Baling Press in various specifications at rock-bottom prices to our clients.

Features:

Long operational life
Sturdy construction
High operational fluency
Low maintenance
Available Range: 50 MT, 70 MT, 80 MT, 105 MT, 120 MT

Efficient Scrap Handling for Modern Industries

Designed with industrial standards in mind, this Hydraulic Metal Baling Press streamlines metal recycling and waste management. Its heavy-duty MS construction and powerful 2500 kN nominal force guarantee long-term reliability and maximum compression. The spacious working table and chamber capacity facilitate handling of various materials, making it an optimal choice for scrap yards, foundries, and recycling plants.

Smart Control and Safety Features

The baling press integrates a user-friendly control panel, supported by a PLC system for precise operation. Enhanced safety is ensured with emergency stop and interlock switches, preventing accidental operation or hazards. An oil cooling system maintains temperature stability for prolonged use, while high-quality proportional, pre-fill, and solenoid valves ensure efficient hydraulic function.

FAQs of Hydraulic Metal Baling Press:

Q: How does the Hydraulic Metal Baling Press operate for different types of metal scrap?

A: The baling press uses hydraulic power to compact various metal scraps like steel, aluminum, copper, and general metal waste. Its powerful nominal force of 2500 kN and large chamber capacity allow efficient processing and formation of dense bales regardless of the material type.

Q: What are the steps involved in baling metal waste using this press?

A: To bale metal waste, operators load the scrap into the 1.2 cubic meter chamber, set parameters via the user-friendly PLC control panel, and initiate the cycle. The hydraulic system compresses the material into a 400 mm x 400 mm bale of up to 180 kg within 70 seconds, ensuring safe and consistent outputs.

Q: When should this baling press be considered for industrial use?

A: Industries should consider using this baling press when large volumes of metal scrap need to be processed efficiently, such as in scrap yards, recycling centers, foundries, or power plants where space, time, and material handling are critical factors.

Q: Where can the Hydraulic Metal Baling Press be installed?

A: The press is suitable for installation in scrap yards, metal recycling facilities, foundries, or power plant sites. Its robust build and dimensions (3800 mm x 2200 mm x 2500 mm) fit standard industrial environments and support continuous heavy-duty operation.

Q: What are the main benefits of using this hydraulic baling press in metal recycling?

A: Key benefits include rapid cycle times, substantial bale weight capacity, reduced storage space, enhanced safety features, and ease of operation. The press also improves recycling efficiency, lowers transportation costs, and provides customizable operational settings for diverse metal materials.

Q: How does the oil cooling system contribute to operational reliability?

A: The integrated oil cooling system maintains optimal hydraulic fluid temperature during extended use, preventing overheating and ensuring consistent performance. This increases the longevity of the press and reduces maintenance downtime.

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