El precio indicado es solo un depósito . El precio final puede variar según sus requisitos y opciones. Contáctenos para obtener una cotización personalizada. 40 mini
Tenga en cuenta que el precio indicado es solo un depósito. El precio final de la máquina puede variar según sus requisitos específicos, configuraciones y características opcionales. Una vez que recibamos sus necesidades detalladas, le proporcionaremos un presupuesto completo. No dude en contactarnos para obtener una oferta personalizada.
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Rolangear provides a complete automatic tire recycling line for converting end-of-life car tires into recycled rubber granules, recovered steel, and separated fiber through feeding, tire cutting, shredding, steel separation, rubber grinding, fiber separation, screening, and final collection.
A practical mechanical tire recycling solution for producing marketable recycled rubber materials from waste car tires.
Designed for buyers searching for a tire recycling line, waste tire recycling machine, tire shredder machine, rubber granules production line, or waste tyre recycling plant.
The line moves waste tires through controlled feeding, cutting, primary crushing, magnetic steel separation, rubber grinding, fiber removal, screening, and material collection. The goal is not only tire size reduction, but clean material recovery.
The right tire recycling machine configuration depends on tire supply, required rubber particle size, available workshop space, electricity, labor, downstream buyers, and the target product you plan to sell.
A professional tire recycling plant helps recover more value from each tire while improving production flow and finished material consistency.
One waste tire stream can produce recycled rubber, recovered steel, and separated fiber for different local markets and downstream applications.
Integrated conveying, shredding, magnetic separation, grinding, screening, and collection reduce disconnected manual handling between machines.
The 300KG-class line is a practical starting point and can be planned with future expansion for additional grinding, screening, storage, or higher capacity.
Standard process: whole tires → feeding → tire cutting → primary crushing → steel separation → secondary grinding → fiber separation → screening → final material collection.
Collected tires are transferred from storage into the feeding system to support stable production.
Whole tires are reduced into smaller pieces for easier handling and controlled primary crushing.
Cut tire pieces are crushed further while internal steel and fiber components are exposed.
Magnetic separation removes steel reinforcement and sends recovered metal to a separate collection point.
Rubber-containing material is ground according to the required granule or powder specification.
Textile fibers are removed from the rubber stream to improve product cleanliness and consistency.
Ground rubber is classified by particle size; oversized material can return for further grinding.
Rubber, steel, and fiber are collected separately for storage, packaging, or bulk handling.
Reference data from the 300KG automatic mechanical tire recycling line. Final values should be confirmed according to the selected configuration.
| Equipment | Main Function | Reference Specification |
|---|---|---|
| Tire Drawing Machine | Pulls tire bead steel wire | 11 kW motor; production efficiency 40–60 items; hydraulic pulling working principle |
| Climbing Feed Conveyor Belt | Height-adjustable feeding | 2750 mm + 2750 mm length; 1.5 kW motor; 800 mm equipment width; 700 mm belt width |
| Model 900 Double-Shaft Shredder | Primary tire shredding | 900 mm outer width; 800 mm shaft length; 30 kW motor; D2 blades; output 300–400 kg/h |
| Outfeed Conveyor Belt | Material transfer | 4500–5000 mm length; 1.5 kW motor; 800 mm width; 700 mm belt width |
| Gantry Automatic Iron Separator | Automatic steel removal | 1.5 kW motor; high-intensity magnetic separation matched to conveyor width |
| Extra Powerful Crusher | Further rubber crushing | 22 kW motor; 4–6 fixed knives; D2 blades; 14–20 mm screen; output 300–400 kg/h |
| Air Feeding Silo System | Air material transfer | 7.5 kW fan; stainless steel contact parts |
| 600 Series Grinding Mill | Rubber grinding | 55 kW host power; 7.5 kW fan; 600 mm grinding disc; 40–60 mesh; output 300–500 kg/h |
| Electrical Control Cabinet | Line control and protection | Host control; motor current overload protection; final wiring confirmed by project |
The commercial value of the tire recycling plant depends on output cleanliness, particle size, consistency, local demand, and downstream application.
Used for rubber flooring, playground surfaces, sports surfaces, rubber mats, anti-slip products, landscaping, molded rubber products, and industrial applications.
Steel wire is separated as a recyclable metal stream, while textile fiber is removed to improve the cleanliness and consistency of the rubber output.
Rolangear focuses on complete production-line planning, not only individual machines.
Feeding, cutting, crushing, separation, grinding, screening, collection, layout, and future expansion are considered as one system.
Equipment can be selected around tire type, final rubber size, capacity, factory footprint, automation level, and operating conditions.
Rolangear supports buyers with project assessment, equipment selection, layout discussion, manufacturing, installation, commissioning, and long-term operation planning.
This page naturally covers high-intent searches for tire recycling equipment and waste tyre recycling plant projects.
Common questions from buyers planning a 300KG automatic mechanical tire recycling line.
The line is designed around a 300KG-class processing requirement. Actual throughput depends on tire type, feed conditions, final product size, operating hours, and selected configuration.
The system is mainly designed for waste car tires. If you plan to process truck tires, OTR tires, or other tire types, this should be confirmed during project assessment.
Main output streams include recycled rubber granules, recovered steel, and separated textile fiber. Additional grinding can be considered for fine rubber powder.
Yes. Grinding and screening equipment can be selected according to the required particle size or mesh specification.
There is no single price for every project. The quotation depends on capacity, automation, grinding requirements, screening, conveying, product specification, and factory conditions.
Please send target capacity, tire type, tire size, available tire quantity, desired rubber particle size, factory dimensions, installation location, operating hours, and final product requirements.
A successful tire recycling project begins with the right combination of raw material, equipment, product specification, factory layout, and market demand. Tell Rolangear your tire supply, target capacity, desired rubber particle size, factory dimensions, and project location so we can recommend a practical configuration.
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