Heavy Scrap Shearing Equipment Supports Metal Recycling Pre-Processing for UAE Export and Melting Demand

Case Analysis: UAE Scrap Recycling Yard Handling Bulky Steel Scrap

Background

In the UAE metal recycling market, scrap yards often handle a mixed flow of heavy steel scrap, structural steel offcuts, steel plates, round steel, square steel, and industrial metal waste. These materials may come from construction sites, steel fabrication workshops, demolition projects, machinery maintenance, and local industrial operations.

For recycling companies supplying prepared scrap to local melting plants or export channels, oversized and irregular scrap can create several operational challenges. Large scrap pieces occupy more yard space, increase loading difficulty, and may require extra pre-processing before transportation or furnace charging.

In this case analysis, the customer is a UAE-based scrap recycling yard that needs a heavy-duty hydraulic scrap shearing solution for scrap size reduction before loading, stock preparation, resale, or delivery to steel-related downstream users.

Operational Challenges

Oversized Scrap Steel Creates Handling Difficulties

The customer receives long and irregular scrap steel from different sources. Some materials are too large for direct loading or further processing.

Common incoming materials include:

• Steel plate offcuts
• Structural steel scrap
• Round steel scrap
• Square steel scrap
• Heavy melting scrap
• Mixed industrial steel waste

For these materials, the main challenge is not only cutting force, but also how to load, press, feed, and control the scrap before shearing.

Manual Cutting Adds Processing Complexity

Manual gas cutting can be used for some oversized scrap, but it is not ideal for repeated yard-level processing. It depends heavily on operators, requires additional preparation, and may not fit continuous material handling workflows.

For a UAE recycling yard with frequent scrap movement, hydraulic shearing offers a more structured way to process oversized material into shorter sections.

Scrap Size Control Matters for Export and Melting Preparation

Whether the scrap is prepared for export loading or local melting demand, size control is important. Oversized scrap may reduce loading convenience, complicate truck or container handling, and create extra work before furnace charge preparation.

The customer therefore needs a machine that can support heavy scrap size reduction with clear technical parameters.

Recommended Solution

For this application, the Q91Y-700W Hydraulic Scrap Steel Shearing Machine with Cover is suitable as a heavy scrap pre-processing machine.

The machine is designed with 700 tons shearing capacity, two YG420/300 shearing cylinders, and each shearing cylinder provides 3500KN full thrust. It also has a 7500×1600×800 mm feeding box, which is useful for loading long, bulky, and irregular scrap steel before hydraulic pushing and shearing.

The machine also includes a hydraulic cover pressing system. According to the technical sheet, it uses three YG160/100 door cover cylinders, each with 500KN full thrust and 920 mm stroke. This structure helps press bulky scrap before cutting, which is important when the material is loose or uneven.

Key Technical Configuration

Material Suitability

The Q91Y-700W is suitable for steel materials within the stated strength condition of Δb≤450 MPa. The technical file lists the following maximum cutting ranges: round steel up to φ140 mm, square steel up to 110×110 mm, and steel plate up to 70×500 mm.

For high-strength steel, alloy steel, stainless steel, or unusually shaped scrap, the material details should be checked before confirming the final machine configuration.

How the Machine Fits the Customer’s Workflow

Step 1: Loading Bulky Scrap into the Feeding Box

The customer can load long or irregular scrap into the 7500 mm long feeding box by suitable site handling equipment, such as crane, grab, or forklift, depending on yard layout.

Step 2: Pressing and Controlling the Material

The cover pressing system helps control loose scrap before cutting. This is especially relevant for mixed scrap steel, which may not lie flat or feed evenly without pressing.

Step 3: Hydraulic Pusher Feeding

The YG220/160 push cylinder with 7500 mm stroke pushes the scrap toward the cutting area. This supports a more continuous pre-processing flow compared with repeated manual repositioning.

Step 4: Heavy-Duty Shearing

The twin shearing cylinders provide the force for cutting heavy scrap into shorter sections. The result is prepared scrap that is easier to handle, store, load, transport, or deliver for melting preparation.

Expected Operational Value

For a UAE scrap recycling yard, the main value of this machine is not a single exaggerated performance claim. Its value comes from matching the working conditions of bulky scrap handling with a structured hydraulic process.

The machine supports:

• Scrap size reduction before export loading
• Heavy scrap preparation for local melting demand
• Easier handling of oversized steel scrap
• More controlled cutting of irregular and bulky materials
• Reduced dependence on manual cutting for repeated processing
• Better yard workflow for steel plate, round steel, square steel, and structural scrap

These benefits are supported by the machine’s specific configuration, including 700 tons shearing capacity, 3500KN × 2 shearing cylinder thrust, 7500×1600×800 mm feeding box, and 25 MPa hydraulic system pressure.

Buyer Evaluation Notes

Before final selection, the customer should confirm several key details:

Conclusion

For UAE scrap yards serving export loading and local melting demand, oversized and irregular scrap steel requires reliable pre-processing before it can move efficiently through the recycling chain.

The Q91Y-700W hydraulic scrap steel shearing machine provides a practical solution for this scenario. Its 700 tons shearing capacity, large 7500×1600×800 mm feeding box, hydraulic pusher feeding, and cover pressing system make it suitable for heavy scrap size reduction in recycling yards and steel-related scrap preparation operations.

By using specific machine parameters instead of broad performance claims, this case shows how heavy scrap shearing equipment can support metal recycling pre-processing in the UAE market.