Views: 0 Author: ENERPAT Publish Time: 2026-07-01 Origin: Site
With millions of waste tyres generated across the continent, efficient tyre recycling has become an opportunity for businesses looking to slash expenses on collection, storage, handling, and transport. You can also enjoy benefits from recovering rubber, steel wire, and fibre during the tyre recycling process. This guide will be your stepping stone to know about tyre recycling process.
After collecting waste tyres, the first step is to break intact waste tyres into smaller pieces for further recycling.
The tyre shredder can process:
passenger car tyres
truck tyres
agricultural tyres
OTR mining tyres
All these tyres can be fed into a heavy-duty double shaft tyre shredding machine. This machine cuts the used tyres into rough chips, typically under 100 mm (around 4 inches), ready for the next recycling stage. These tyre fragments can then be processed for steel recovery, pyrolysis, TDF production, or crumb rubber manufacturing.
At this stage, you can:
Reduce the overall tyre volume
Lower storage and transport costs
Prepare tyres for the next stage: steel wire separation
Improve the efficiency of the entire recycling line
After shredding, the tyre pieces pass through the steel wire separation stage. During this stage, embedded steel wire is separated from the rubber, producing purer rubber fragments for further recycling. Meanwhile, the steel can be collected for resale, making extra revenue for your business.
Removing the steel wire is an important step before rubber granulation. Cleaner rubber improves granulation efficiency, reduces machine wear afterwards, and increase the value of your final recycled products.
At this stage, you can:
Retrieve valuable waste steel for reuse or commercial resale
Raise the purity of recycled rubber
Cut down wear on downstream granulators
Increase the quality and market value of the final rubber products
Once the steel wire has been removed, the remaining rubber enters the granulation stage. This stage produces clean, uniform crumb rubber in different particle sizes.
Different particle sizes allow you to cater to different industries and market applications.
Depending on your market, the recycled tyre crumb can be used for:
Sports and playground surfaces
Artificial turf infill
Rubber mats and moulded rubber products
Rubber flooring
Modified asphalt for road construction
In the final stage, the recovered crumb rubber and recovered steel are collected separately for storage, transport, and direct sale. Depending on your business, recycled products can be packed in bulk or compressed into high-density bales to reduce storage and transport expenses.
After the recycling process, you can:
Improve storage efficiency
Reduce handling and logistics costs
Supply market-ready materials to downstream manufacturers
Create extra revenue streams
Since Australia’s restriction on waste tyre exports took effect in late 2021, exports of waste tyres in whole or baled form are no longer permitted.
Australia has a vast land with a sparsely distributed population across the continent. It means higher spending on storage and logistics compared with many other countries.
Additionally, the bulky tyres take up space, reduce handling efficiency, and cost you a fortune to pay the operating expenditures.
Exporting whole waste tyres overseas is no longer a viable option. Instead, stricter export restrictions in Australia and tighter import controls in overseas markets mean you have to process more tyres domestically before they are shipped overseas.
Waste tyres contain valuable materials that can be recycled, including:
Rubber
Steel Wire
Textile Fibre
Best for:
Tyre recycling companies moving beyond tyre collection
Waste management and resource recovery businesses
Mining operations handling large OTR tyres
Businesses supplying tyre chips for pyrolysis, TDF, or downstream rubber recycling
Why you need it:
A tyre recycling shredder is the first processing step in almost every tyre recycling operation. Notably, it can convert whole waste tyres into process-ready tyre pieces that can be further processed into crumb rubber, pyrolysis feedstock, or tyre-derived fuel (TDF). The equipped dual-shaft cutting system handles various tyres from passenger tyres to OTR mining tyres.
Best for:
Tyre recyclers producing crumb rubber or rubber granules
Mechanical tyre recycling facilities
Businesses looking to recover both rubber and steel from waste tyres
Recycling plants aiming to improve material purity before granulation
Why you need it:
A tyre steel wire separator efficiently extracts embedded steel from shredded tyre pieces. Then, the machine creates cleaner rubber for follow-up processing workflows while recovering valuable scrap steel for resale. By improving rubber purity before granulation, it helps strengthen the service life of downstream equipment, increase product quality, and maximise the value recovered from every waste tyre.
Best for:
Tyre recyclers producing high-value crumb rubber
Rubber product manufacturers using recycled rubber
Businesses supplying construction, sports, or road surfacing industries
Companies looking to maximise the value of recovered rubber
Why you need it:
Once the steel has been removed, this tyre granulator machine refines rubber fragments into consistent, high-purity crumb rubber ready for commercial applications. Instead of selling low-value tyre fragments, you can produce ready-for-trade reclaimed rubber applied to rubber products, sports surfaces, modified asphalt, and other value-added applications.
Best for:
Businesses looking to establish a new tyre recycling facility
Existing recyclers expanding production capacity
Investors entering tyre recycling market
Resource recovery companies seeking an integrated processing solution
Why you need it:
A complete tyre recycling plant integrates shredding, steel recovery, and rubber granulation into one efficient processing line. Whether you’re starting a new recycling operation or upgrading an existing one, a modular system allows you to expand capacity as your tyre recycling business grows.
Lower expenses on storage and transport
Reduce disposal costs
Higher operational efficiency
Collecting high-quality resources and gaining profit
Meet Australia’s Environmental and Compliance requirements
Create a sustainable business model
Build long-term value
Understanding the tyre recycling process is a stepping stone to improving or upgrading your recycling business. Enerpat offers a comprehensive range of tyre recycling equipment and integrated recycling plants to help you process waste tyres more efficiently. Contact us for expert advice and a tailored solution for your business.
Q: What products can be recovered from waste tyres?
A: Waste tyres can be recycled into rubber granules, rubber powder, steel wire, textile fibre, tyre-derived fuel (TDF), and pyrolysis feedstock. These recovered materials can be reused in manufacturing, construction, and energy applications.
Q: What equipment is used in a tyre recycling plant?
A: A complete tyre recycling plant typically includes a tyre shredder, steel wire separator, tyre granulator, and material handling equipment. Some facilities also use tyre balers to reduce storage and transport costs before processing.
Q: Can OTR mining tyres be recycled?
A: Yes. If you process oversized OTR mining tyres, you'll need heavy-duty equipment designed for demanding applications. The ENERPAT MSB-ETY1600 Tire Recycling Shredder handles passenger, truck, agricultural, and OTR tyres with reliable 24/7 performance, helping you reduce downtime while preparing tyres for downstream recycling.
Q: How to choose the right tyre recycling equipment?
A: Choose equipment based on your tyre size, processing stage, required throughput, and end products. Whether you're shredding, separating steel wire, granulating rubber, or building a complete recycling line, different machine models and capacities are available to match your production needs and future expansion plans.
Q: How long does a tyre recycling line last?
A: With proper maintenance, a tyre recycling line can operate reliably for many years. ENERPAT supports customers with durable equipment, local spare parts availability, and responsive after-sales service to help minimise downtime and maximise long-term performance.
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