Y83Q-135 Front Out Type Hydraulic Metal Baler For Export Packing And Furnace Feeding Preparation With Hand Valve Control

Y83Q-135 Front Out Type Hydraulic Metal Baler For Export Packing And Furnace Feeding Preparation With Hand Valve Control

Product Overview

The Y83Q-135 Metal Baler is a practical hydraulic baling press designed for scrap recycling companies that need to prepare metal scrap for export packing, resale, storage, or furnace feeding. Instead of leaving scrap metal in loose and irregular shapes, this machine compresses different metal waste into dense, neat, and transport-friendly bales.

With a 1350kN nominal force and a 1300×600×600mm compress room, the Y83Q-135 is suitable for processing light and medium metal scrap such as steel offcuts, aluminum scrap, copper scrap, thin sheet metal, and mixed recyclable metals. The finished bale size of (50–300)×600×240mm provides good flexibility for loading, stacking, and material handling.

For scrap exporters, bale shape and density directly affect loading efficiency. Loose scrap takes more container space and may increase handling difficulty during loading. By compressing scrap into bales with density above 1800kg/m³, the Y83Q-135 helps make the material more organized and easier to arrange in trucks or containers.

For foundries and metal smelting plants, compact bales are also easier to feed, store, and manage before furnace processing. Compared with loose scrap, baled material offers better yard management and more stable material preparation.

The machine uses forward-out bale discharging and hand valve control. This design makes operation simple and maintenance easier, especially for recycling plants that prefer reliable mechanical-hydraulic systems rather than complicated automatic control systems.

Cause

In the scrap metal industry, material value is not only decided by metal type and market price. Handling efficiency, bale density, loading convenience, and storage condition also affect the final profit.

Many recycling companies collect valuable scrap but lose efficiency during storage and transport. Loose metal scrap is difficult to pile neatly, occupies large space, and may require more labor during loading. Exporters may also face container loading problems when the material shape is irregular.

For smelting plants, loose scrap can make furnace feeding less convenient and yard management less organized. If the scrap is compressed into regular bales before delivery or melting, the whole process becomes smoother.

Solution

The Y83Q-135 Hydraulic Metal Baler helps turn scattered scrap into compact and manageable bales. It is especially useful for companies that want to improve export packing efficiency or prepare scrap before furnace feeding.

This machine helps users achieve:

Better container and truck loading efficiency

Cleaner and more organized scrap storage

Higher bale density above 1800kg/m³

More convenient handling before resale or melting

Reduced loose material movement inside the yard

Simple operation with hand valve control

Stable performance for daily medium-capacity recycling work

The forward-out bale discharge system allows finished bales to be pushed out from the front, making collection and stacking more convenient for workers.

Specifications

Application

The Y83Q-135 scrap metal baling press is suitable for:

Scrap metal exporters

Recycling yards preparing container shipments

Foundries and smelting plants

Metal trading companies

Steel and aluminum processing workshops

Copper and non-ferrous metal recycling businesses

Industrial waste recovery stations

Factories handling production metal offcuts

This model is especially suitable when customers need regular bale shape, stable bale density, and convenient loading for transport or furnace feeding.

How It Works

The operator loads loose scrap metal into the compress room. The hydraulic system then drives the pressing structure to compress the material into a dense rectangular bale. During the process, the hand valve control system allows the operator to manage each action directly.

After the bale is formed, the machine pushes it out from the front. The finished bale can then be stacked, loaded into trucks or containers, stored in the yard, or sent to the furnace feeding area.

The working process is direct and easy to understand, which makes the machine suitable for recycling operations where workers need simple and reliable equipment.

How To Choose

The Y83Q-135 is a suitable choice if your recycling business needs a machine for export preparation, resale packing, or furnace feeding support.

You can choose this model if:

Your scrap needs to be loaded into trucks or containers

You want regular bale shape for easier stacking

Your material includes light or medium metal scrap

Your hourly output requirement is around 1800–2500kg

You prefer simple hydraulic operation

You need bale density above 1800kg/m³

You want to control both investment cost and operating cost

If your scrap is extremely thick, very long, or requires continuous high-volume automatic feeding, a larger baler or a shear baler may be more suitable. But for export packing and medium recycling capacity, this model is a reliable and practical option.

FAQ

Q1: Is this machine suitable for scrap export packing?
Yes. The Y83Q-135 can compress loose metal scrap into dense rectangular bales, making loading, stacking, and container arrangement easier.

Q2: Can the finished bales be used for furnace feeding?
Yes. Compact bales are easier to store and feed compared with loose scrap, especially for foundries and smelting plants that need organized material preparation.

Q3: What materials can be baled by this machine?
It is suitable for steel scrap, aluminum scrap, copper scrap, thin sheet metal, light iron waste, and mixed recyclable metal scrap.

Q4: Why is bale shape important for recycling companies?
Regular bale shape helps improve loading efficiency, reduce messy yard storage, and make the material easier to transport, sell, or feed into furnaces.

Q5: Is this model suitable for very heavy steel scrap?
This model is mainly suitable for light and medium metal scrap. For thick structural steel or heavy scrap, a larger hydraulic baler should be considered.