Quality Scrap Tyre Baler (100 Tons)

ENERPAT Scrap Tyre Baler is the ideal solution for processing scrap tires. It significantly reduces tire volume, thus improving storage and transportation efficiency. As the preferred equipment for collecting and compressing used tires, the ENERPAT Tire Baler is widely used in recycling facilities and waste management due to its outstanding performance and versatility.

With a production capacity of up to 1 to 1.2 tons per hour, it meets the needs of recycling operations of various scales. Our US warehouse offers prompt after-sales support, ensuring reliable service. The equipment is CE and ISO certified for quality assurance.


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Model:
VB-100TY
Brand:
ENERPAT

Product Overview

Quality Scrap Tyre Baler

ENERPAT Scrap Tyre Baler

Used Tyre Collect And Compact No 1 Choice! ENERPAT TIRE BALER

Up to 100 tires in one bale

Up to 27t in one 40“ Container

Up to 85% saving on storage

Up to 65% saving on transport

The Enerpat tire baler was designed to: eliminate collection of waste water (conducive to mosquito breeding), reduce volume, reduce fire hazard, and to provide beneficial usage of waste tires in baled form.VB-100TY used tire baler is one 100 tons pressing force scrap tyre baler which used for compacting car tyre,truck tyre and max size 1200mm diameter truck tyre.the bale weight up to one ton,the output is 1-1.2 tons per hour. our waste tyre baler comes with SIEMENS motor,designed as front and rear two doors,which locked by two hydraulic ram.

Composition and Structure

Product Application

Product Application

Product Details

6 Key Core Advantages

High-Clearance Feeding Opening

Engineered for Maximum Throughput
The oversized feeding aperture is purpose-built to handle diverse scrap tire profiles—from passenger car tires to heavy-duty truck and OTR casings.
Direct-Feed Efficiency: Designed for seamless loading without pre-cutting, significantly slashing labor overhead and prep time.
Anti-Jam Architecture: Reinforced structural edges prevent material bridging and ensure a smooth, gravity-assisted transition into the chamber.
Heavy-Duty Compression Chamber

The Core of Structural Integrity
Our compression chamber is the engine room where tires are transformed into uniform, high-density bales.
Wear-Resistant Construction: Fabricated from high-tensile, abrasion-resistant steel plates to withstand constant friction and high-impact loads.
Uniform Force Distribution: Engineered internal geometry ensures even pressure across the bale surface, preventing "spring-back" and ensuring consistent bale density—a critical factor for international shipping standards.
Precision Hydraulic Pressing Ram

Maximum Compaction, Minimum Volume
The pressing ram is the primary workhorse, delivering the concentrated force required to eliminate internal air voids.
Massive Volume Reduction: Achieves a 70%–80% compaction ratio, turning loose waste into manageable assets.
Optimized Clearance Tolerances: Precision-machined gaps between the ram and chamber walls prevent material bypass and mechanical binding, ensuring a stable and efficient stroke every time.
Heavy-Duty Bale Discharge Door

Safety-Locked for High-Pressure Retention
The discharge system is designed to manage the immense stored energy of compressed rubber while facilitating rapid bale ejection.
Secure Locking Mechanism: Equipped with a hydraulic safety-lock to prevent accidental door release during the high-pressure compression cycle.
Plant Layout Flexibility: Available in both front and side-eject configurations to integrate seamlessly into your existing material flow systems and facility footprint.
Industrial Hydraulic Power Unit (HPU)

The Heart of Reliability
The ENERPAT HPU is a masterclass in power density and energy efficiency, providing the constant pressure required for heavy-duty cycling.
Premium Componentry: Built with high-grade pumps and valve blocks to ensure peak performance under extreme duty cycles.
Intelligent Monitoring: Integrated with oil temperature thermal protection and pressure transducers to safeguard the system against overload and minimize unplanned downtime.
Stress-Relieved Frame Structure

Built for 24/7 Continuous Operation
The foundation of the machine is a rugged, monolithic frame designed for long-term dimensional stability.
Vibration & Stress Management: Every frame undergoes a stress-relieving process after welding to prevent structural warping and fatigue cracks over years of service.
Service-Friendly Design: The modular framework allows for simplified maintenance access and rapid installation, ensuring an extended service life and the industry's best ROI.

Technical Data Sheet

Model	VB-TY1500	VB-TY2000
Machine Length (mm)	2020	2915
Machine Width (mm)	2250	3050
Machine Height (mm)	4200	5260
Power Supply	415V, 50Hz, 3-phase	415V, 50Hz, 3-phase
Single-cycle No-load Pressing Time (s)	20	45
Main Cylinder Pressure (t)	100	180
Motor Power	11 kW	22 kW
Bale Size (mm)	1500×760	2000×1200
Equipment Weight (kg)	6000	12000
Number of Baling Wires	5	7