250 Ton Hydraulic Metal Baler for Heavy Scrap Compression and Recycling Yards

Product Overview

The 250 Ton Hydraulic Metal Baler is designed for scrap recycling yards, metal processing plants, steel mills, foundries, and waste metal collection centers that need a reliable machine to compress loose metal scrap into compact, high-density bales. With a strong hydraulic system, large compression chamber, and stable bale output, this machine helps customers reduce storage space, improve truck loading efficiency, and increase the value of recyclable metal materials.

This model is especially suitable for medium to large recycling operations handling steel scrap, light metal scrap, aluminum scrap, metal offcuts, used metal shells, thin plates, and mixed ferrous or non-ferrous scrap. Compared with manual loading and loose scrap transportation, the hydraulic metal baler provides a more efficient, cleaner, and cost-saving solution for daily scrap processing.

Key Specifications

Designed for Higher Scrap Value

Loose scrap metal usually takes up a large amount of space and increases transportation cost. The 250 Ton Hydraulic Metal Baler compresses scattered scrap into regular and dense bales, making the material easier to store, stack, transport, and sell.

For recycling companies, bale density is directly related to logistics efficiency. Denser bales allow more material to be loaded into each truck or container, helping reduce the cost per ton. For steel mills and foundries, compact bales are also easier to feed, handle, and manage during recycling or remelting processes.

Strong Compression for Various Scrap Materials

With 2500 kN nominal force, this scrap metal baler can handle many common recycling materials, including:

• Light steel scrap
• Sheet metal waste
• Aluminum scrap
• Metal offcuts
• Scrap iron
• Used metal shells
• Thin plates
• Mixed metal waste from workshops and recycling yards

The large 2000 × 1400 × 900 mm compression chamber allows customers to load more material per cycle, which is helpful for improving daily production efficiency.

Stable Bale Output and Easy Handling

The machine produces bales with a size of approximately 400–700 × 500 × 500 mm. This bale size is practical for forklift handling, truck loading, container loading, and warehouse stacking. The turn-out bale discharge system makes bale removal simple and efficient, reducing waiting time between cycles.

The bale density can reach more than 1800 kg/m³, helping customers achieve better material compaction and more organized site management.

Reliable Hydraulic System

The 250 Ton Hydraulic Metal Baler uses hydraulic drive to provide strong and stable compression force. The hydraulic system is designed for continuous scrap processing, helping the machine maintain reliable performance during daily operation.

For customers who need long working hours, a strong frame structure, stable oil pressure, and durable hydraulic components are important factors. This model is built for practical working conditions in recycling yards, metal processing factories, and industrial scrap collection sites.

Suitable for Medium and Large Recycling Operations

This 250 Ton Metal Baler is a good choice for customers who need higher capacity than small balers but do not require an extremely large heavy-duty baling press. With a capacity of about 3500–4500 kg/h, it can support regular daily scrap processing and improve the efficiency of medium to large recycling businesses.

It is suitable for customers who want to:

• Reduce loose scrap storage space
• Improve truck loading weight
• Lower transportation cost
• Produce more regular scrap bales
• Increase recycling site efficiency
• Improve scrap resale value
• Reduce manual handling work

Why Choose Our 250 Ton Hydraulic Metal Baler?

Our company has around 40 years of experience in hydraulic recycling equipment manufacturing. We understand that overseas customers care not only about machine price, but also about stable operation, practical structure, easy maintenance, and after-sales support.

We can provide customized solutions according to the customer’s scrap type, working site, power requirements, bale size preference, and operation habits. Before delivery, machine photos, test videos, and loading information can be provided to help customers confirm the equipment remotely.

With CE and ISO9001 certification, professional engineers, and rich export experience, we are able to support customers in different recycling markets with reliable metal baling solutions.

Applications

The 250 Ton Hydraulic Metal Baler can be widely used in:

• Scrap metal recycling yards
• Steel scrap collection centers
• Metal processing plants
• Foundries
• Steel mills
• Aluminum recycling sites
• Automobile dismantling yards
• Industrial waste recycling stations
• Manufacturing workshops with metal offcuts

FAQ

What materials can this 250 Ton Metal Baler process?

It can process light steel scrap, aluminum scrap, metal offcuts, sheet metal waste, scrap iron, thin plates, used metal shells, and mixed metal scrap.

What is the bale size?

The bale size is approximately 400–700 × 500 × 500 mm. It is convenient for forklift handling, stacking, truck loading, and container transportation.

What is the production capacity?

The capacity is about 3500–4500 kg/h, depending on the material type, feeding method, material density, and operator efficiency.

Is this machine suitable for export projects?

Yes. This model is suitable for overseas recycling yards, steel mills, metal processing factories, and scrap collection centers. We can provide machine photos, test videos, technical documents, and loading information before shipment.

Can the machine be customized?

Yes. We can customize the machine according to the customer’s material type, bale size requirement, operation method, voltage, site layout, and other working conditions.

Why should I choose a 250 Ton Baler instead of a smaller model?

A 250 Ton Baler provides stronger compression force, larger chamber size, higher bale density, and better processing capacity. It is more suitable for customers who need stable daily output and lower transportation cost for medium to large scrap recycling operations.