Views: 0 Author: ENERPAT Publish Time: 2026-06-24 Origin: Site
In June 2026, the ENERPAT team conducted an on-site technical consultation at a tire recycling facility in Baltimore, USA. The visit was led by ENERPAT’s COO and Sales Manager, focusing on evaluating the customer’s current processing workflow and identifying opportunities to improve storage efficiency and material handling.
The customer is a well-established tire recycling and trading group operating across Maryland, Pennsylvania, and Virginia, serving the broader Mid-Atlantic region.
Their business includes:
Global wholesale of used tires
Local retail operations in Baltimore
Multi-site tire recycling and processing
Currently, the company operates five recycling facilities across the region, with stable production capacity and consistent material output.
During the site visit, ENERPAT engineers reviewed the customer’s tire recycling process:
Pre-shredding of tires to ≤50×50 mm
Secondary shredding to ≤20×20 mm
Steel wire separation using dedicated equipment
Storage of extracted tire wire in bulk bags
While the system is stable, the final storage method presents operational limitations.
The extracted tire wire is currently stored in bulk bags, leading to:
High space occupancy
Inefficient warehouse utilization
Increased handling and transportation costs
The customer is seeking a more efficient way to manage and store this high-volume byproduct.
Based on the on-site evaluation, ENERPAT proposed a metal baling solution for tire wire compression, designed to:
Significantly reduce storage volume
Improve logistics and transport efficiency
Enhance material density and overall value
A properly configured Tire Wire Baler can reduce storage space by over 50%, while improving handling efficiency across the facility.
A tire wire baler is a specialized metal baling machine designed to compress and densify steel wire extracted from scrap tires. After the shredding and separation process, tire wire is typically loose, bulky, and difficult to store or transport efficiently.
ENERPAT hopper-style tire wire balers are engineered to handle irregular, spring-like steel wire with high elasticity. By applying powerful hydraulic compression, the machine compacts the material into dense, uniform bales, making it easier to store, stack, and transport.
Key advantages include:
High compression ratio for maximum volume reduction
Stable bale shape for efficient stacking and logistics
Reduced handling costs and improved yard management
Increased scrap value due to higher density
This solution is widely used in tire recycling plants to optimize the final stage of steel wire handling.
During the visit, the customer expressed strong interest in ENERPAT’s proposed solution and was highly satisfied with the on-site technical guidance and optimization suggestions.
They recognized the clear benefits of implementing a tire wire baling system, particularly in reducing storage space and improving operational efficiency, and showed a clear intention to move forward with the project.
To support the smooth execution of the project, ENERPAT will proceed with:
Providing detailed machine operation videos for similar applications
Delivering a customized technical proposal based on actual production needs
Designing a preliminary layout plan tailored to the customer’s facility
Further communication will focus on final equipment selection, capacity confirmation, and project timeline to ensure successful implementation.
This visit confirmed a clear opportunity to optimize the customer’s tire wire handling process through equipment upgrade.
With multiple facilities and stable output, the customer represents a strong potential for long-term cooperation. ENERPAT will continue to support the project through technical consultation and customized solution development.
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