Pelanggan Indonesia berhasil menggunakan OTR Tire Debeader dan Pemotong Ban OTR untuk Daur Ulang Ban Pertambangan

Recently, our customer from Indonesia shared a feedback video showing the successful operation of our OTR tire recycling equipment at their facility. The customer purchased a tire debeader machine and a OTR tire cutter from our company to process large mining tires with diameters ranging from 2.7 meters to 4.2 meters.

After installation and commissioning, the equipment has been put into regular production, helping the customer efficiently handle waste mining tires and prepare them for subsequent recycling processes.

Customer’s Recycling Project Background

ndonesia has a large mining industry, generating a considerable number of end-of-life off-the-road (OTR) tires every year. These tires are much larger and heavier than standard truck tires, making them difficult to transport and recycle directly.

To improve recycling efficiency, the customer needed equipment capable of processing giant mining tires safely and effectively. After discussing the project requirements with our technical team, the customer selected a combination of a tire debeader machine and a tire cutting machine.

The tires processed by the customer mainly include mining and engineering vehicle tires with diameters from 2.7 m to 4.2 m.

For more details about this project, please click here to read the article: OTR Tire Debeader and Cutter Shipped to Indonesia for Mining Tire Processing

OTR Tire Recycling Equipment Configuration

Mesin Penghapus Bead Ban OTR

The first step in the recycling process is removing the steel bead wires from the tire sidewalls.

Our OTR tire debeader machine is specially designed for large engineering and mining tires. It uses a hydraulic system to pull out the steel bead wire completely, reducing wear on downstream equipment and improving processing efficiency.

Main advantages:

• Suitable for oversized OTR tires
• Efficient steel bead wire extraction
• Strong hydraulic pulling force
• Reduced equipment wear in later stages

Pemotong Ban OTR

After bead wire removal, the tires are fed into the tire cutting machine.

The machine cuts large tire sections into smaller pieces, making transportation, storage, and further shredding much easier. The heavy-duty blade structure is designed to handle thick rubber materials commonly found in mining tires.

Benefits include:

• Reduced tire volume
• Easier handling and transportation
• Improved efficiency for subsequent shredding processes
• Stable operation for heavy-duty applications

On-Site Equipment Performance

According to the feedback video provided by the customer, both machines are operating smoothly at the project site.

The tire debeader efficiently removes the steel wire rings from large OTR tires, while the OTR tire cutter processes the remaining tire body into manageable sections. The equipment performs steadily under continuous working conditions and meets the customer’s production requirements.

The successful operation demonstrates the suitability of the equipment for large-scale mining tire recycling projects.

Customer Feedback

The customer expressed satisfaction with the equipment performance after practical operation. The machines have helped simplify the pretreatment process for oversized mining tires and improved overall recycling efficiency.

The feedback video also provides valuable reference information for other customers planning to enter the OTR tire recycling industry.

Kesimpulan

As the demand for sustainable tire recycling continues to grow, efficient pretreatment equipment becomes increasingly important for mining tire recycling projects.

Our OTR tire debeader machine and OTR tire cutter provide a practical solution for processing large engineering and mining tires. We are pleased to see the successful operation of this project in Indonesia and appreciate the customer’s trust and support.

If you are looking for a reliable solution for OTR tire recycling, feel free to contact us for more information and customized equipment recommendations.