Waste Tire Rubber Granulator

Processed Materials:

Off-The-Road Tire
Truck tires
Car tires
Bicycle tires

Applications:

Rubber Granule Production Line: Produces rubber granules of different specifications to meet diverse market demands

Rubber Asphalt Raw Material Preparation: Provides standard-sized rubber granules for modified road asphalt

Industrial Rubber Product Fillers: Used as fillers or recycled raw materials for rubber products

Performance Advantages

High-Power Crushing System

Utilizes an alternating shearing and crushing principle with fixed and moving blades, easily handling rubber materials of varying hardness

Precisely Adjustable Particle Size

An adjustable screen system allows for rapid switching between 1-5mm particle sizes without the need for screen replacement.

Intelligent Sorting and Circulation Design

Equipped with a water-cooling circulation system, effectively controlling the heat generated during crushing and preventing rubber from softening and sticking to the blades due to high temperatures

Wear-Resistant Design

Core crushing components are made of special wear-resistant alloy steel, extending service life by 3-5 times.

Intelligent Monitoring System

Integrated PLC intelligent control system monitors equipment operating status in real time.

Working Principle

Step 1: Primary Crushing
The material enters the high-speed rotating main shaft cutter head area and is initially crushed under the strong shearing action of the moving and fixed blades.

Step 2: Fine Crushing
The material after primary crushing is further refined under the impact and grinding action of the high-speed hammers.

Step 3: Screening and Grading
The crushed material passes through an adjustable aperture screen. Particles that meet the particle size requirements pass through the screen and enter the collection system.

Step 4: Circulating Crushing
Larger particles that do not pass through the screen are automatically returned to the crushing chamber for further crushing under the action of the internal airflow circulation system.