Metal and Plastic Drum Shredder Machine: Applications, Features, Benefits

Metal and plastic drum shredder machine, also known as barrel shredder or bucket shredder. These shredders are robust machines equipped with powerful motors and heavy-duty cutting blades.

They are capable of efficiently shredding large and sturdy materials, including various types of barrels such as oil drums, plastic drums, and metal containers.

Metal and Plastic Drum Shredder Applications

• Shredding metal drums and barrels, such as oil drums, paint drums, steel drums, aluminum drums, etc.

• Shredding various types of plastic containers, such as buckets, pails, and jerry cans, used for storing liquids, chemicals, or other materials

• Shredding intermediate bulk containers that are used for the storage and transportation of fluids and bulk materials (IBC containers)

• Drum shredders equipped with appropriate shredding mechanisms can also process wooden barrels, crates, or pallets.

• Other municipal and industrial waste, such as electronic waste, rubber tires, composite materials, etc.

Features and Advantages of Drum and Barrel Shredder Machine

As an essential component of the waste management and recycling process, drum shredders have the following advantages and features.

Drum shredder machine features

• Waste drum shredders are usually multi-axis designs with four and two axes (broyeur à double arbre et broyeur à quatre arbres). Rotating blades with claws on parallel axes can effectively grab plastic or metal drums and penetrate them for shredding.

• Waste drum shredders have the characteristics of high torque and low speed operation, which helps to effectively break down tough materials without causing rapid wear of shredder components.

• Waste drum shredders produce low noise. The industrial noise standard in decibels is generally set at 85 A-weighted decibels (dB[A]) as an 8-hour time-weighted average. The noise generated by waste barrel shredders is usually less than 85 to minimize the risk of hearing damage when using shredders.

• The waste drum shredder body and blades are made of high-hardness, corrosion-resistant steel materials, which can handle high-intensity processing needs while being difficult to damage and requiring low maintenance.

• Barrel shredders can be integrated into larger waste management systems, running seamlessly in recycling operations and improving the efficiency of recycling work.

Drum Shredder Machine Benefits

• Waste metal and plastic drum shredders have a wide range of applications and can handle a variety of materials. Waste barrel shredders can not only handle barrel-shaped waste, but also other common urban waste and industrial waste.

• Waste barrels are usually large in size and take up a lot of space. Waste barrel shredders can significantly reduce the volume of waste barrels, making them easier to process and transport, and reducing the management cost of waste barrels.

• Waste barrel shredders significantly improve recycling and processing efficiency. Waste barrel shredders can efficiently process plastic or metal barrels into small metal or plastic fragments, making it easier to make raw materials and manufacture new products.

Why Should Waste Barrels and Drums be Recycled?

There are two main reasons for recycling waste barrels: to prevent pollution and to promote resource reuse.

On the one hand, improper disposal of waste barrels may cause barrels that previously contained hazardous materials to leak, thereby contaminating soil and water sources. This contamination can have adverse effects on wildlife and human health.

Therefore, most countries require the proper disposal of waste barrels, especially those that contain or have contained hazardous materials, otherwise, they will be subject to legal liability.

On the other hand, many waste barrels are made of recyclable or reusable materials, such as plastics, metals, and fibers.

These materials are processed and reused to make new products, such as new barrels, building materials, and other plastic or metal products. Recycling and reuse can save resources and reduce the impact of producing new materials on the environment.