This Q43W-4000B Horizontal Scrap Shear / Automatic Container Shear was supplied for a scrap processing project in Novosibirsk, Russia.

Novosibirsk has an established scrap metal collection and recycling market. Local companies are involved in collecting, processing and selling ferrous and non-ferrous scrap, while some processors supply prepared scrap to metallurgical plants in Russia. According to information published by the Novosibirsk municipal government, around 100 enterprises in the city are involved in collecting secondary resources and more than 20 are engaged in processing activities, including ferrous and non-ferrous scrap.

For this type of scrap processor, the real challenge is not simply cutting metal. The objective is to make long and irregular scrap easier to process, store, transport and prepare for downstream recycling.

This was one of the key considerations behind the selection of the Q43W-4000B.

Understanding the Customer's Operating Conditions

Scrap processors in Novosibirsk handle a broad range of materials. Public information from local recycling companies shows activities involving ferrous scrap, used steel products, metal structures and scrap generated from dismantling operations. Some companies also provide dismantling and scrap transportation services.

For buyers operating under similar conditions, two practical issues should be considered before selecting a scrap shear.

The first is handling long and irregular scrap.

If oversized material must always be manually sorted, flame-cut or processed several times by smaller shears before entering the main processing stage, additional handling and labor are required.

The second is the local operating environment.

In Novosibirsk, this is particularly important because of the cold Siberian winter. WMO climatological information shows a January mean daily minimum temperature of approximately -20.1°C.

Therefore, selecting a hydraulic scrap shear for this market requires consideration of both processing performance and actual operating conditions.

WANSHIDA Solution

For this project, WANSHIDA supplied the Q43W-4000B Horizontal Container Scrap Shear.

The container-type design allows scrap to be loaded into the machine and then compressed and sheared through the processing cycle. For mixed and irregular scrap, this can reduce part of the preparation and repeated handling required before cutting.

The machine provides 4000 kN cutting force, combined with a 1400 mm blade and a 1400 × 450 mm discharge opening.

This configuration makes the machine suitable for centralized processing of long scrap, light structural scrap and other irregular metal materials commonly encountered at scrap recycling facilities.

Key Configuration

Instead of simply increasing machine size, the objective was to find a practical balance between cutting capability, operating requirements, energy consumption and equipment investment.

Considerations for Operation in Novosibirsk

For projects in Russia, particularly Siberia, climate should be considered during machine selection.

Low ambient temperatures can affect hydraulic oil viscosity, machine start-up and maintenance procedures. Our engineers therefore evaluate the actual installation location, indoor or outdoor operation and expected winter operating conditions when confirming the final configuration.

This reflects an important principle in our overseas projects:

Long-term operation at the customer's site matters more than simply providing impressive specifications on paper.

If a machine will operate outdoors for extended periods under extremely low temperatures, hydraulic oil selection, cold-start requirements and other relevant configurations should be discussed before manufacturing rather than assuming that one standard configuration is suitable for every environment.

Who Can Use This Project as a Reference?

This Novosibirsk project can provide useful guidance for several types of buyers.

Scrap metal recycling and processing yards handling material with widely varying dimensions, including long scrap, sheet material and light structural scrap, can consider a container shear when reducing manual pre-cutting is important.

Large metal recycling centers that continuously sort, process and prepare scrap for downstream steel mills can evaluate centralized shearing as a way to reduce repeated material handling.

Steel mills and foundries with scrap preparation operations can use this configuration as a reference when incoming scrap needs to be resized before furnace charging or further processing.

Customers in Russia and other cold-climate regions should consider not only cutting capacity, but also minimum operating temperatures, hydraulic maintenance and after-sales support.

These are reference customer profiles based on typical applications and the local scrap-processing market, and should not be interpreted as claims that WANSHIDA has supplied the specific local companies mentioned in the market references above.

Why WANSHIDA?

A heavy-duty scrap shear is not simply an off-the-shelf machine. Two customers requiring the same 4000 kN cutting force may have completely different scrap dimensions, throughput requirements, electrical supplies, loading methods and operating environments.

WANSHIDA has 40 years of experience in manufacturing hydraulic recycling machinery, supported by a professional manufacturing facility and an experienced engineering team.

Before production, we can configure and customize equipment according to the customer's:

scrap type, material dimensions, required processing capacity, electrical supply, site layout and local operating environment.

WANSHIDA is supported by CE and ISO 9001 certification. Our service covers machine selection, technical confirmation, manufacturing, testing, installation guidance, operator training and long-term spare-parts support.

For projects located far from China, such as Novosibirsk, maintainability and spare-parts availability are particularly important. From the customer's perspective, reducing long-term downtime risk can be more valuable than simply minimizing the initial purchase price.

Project Summary

The Q43W-4000B project in Novosibirsk provides a practical lesson for buyers evaluating horizontal scrap shears:

Do not select a machine based on cutting force alone.

The type and maximum dimensions of the incoming scrap, the proportion of long and irregular material, required processing volume and the final operating environment should all be evaluated before the machine configuration is confirmed.

For scrap recyclers in Russia, Siberia, Central Asia and other markets processing mixed, long and irregular scrap, the Q43W-4000B 4000 kN Horizontal Container Scrap Shear provides a useful reference configuration for future scrap-processing projects.