First-Step Tire Recycling Pre-Treatment
Single Hook Tire Wire Debeading Machine
Remove steel bead wire from tire sidewalls before cutting, shredding, or pyrolysis. This debeading machine protects downstream equipment, improves rubber cleanliness, and makes the whole tire recycling line easier to operate profitably.
Why a Dedicated Debeading Step Pays Off
Bead wire is one of the most damaging and disruptive parts of a waste tire. Removing it before heavy reduction usually improves uptime, product quality, and downstream economics.
Protect Downstream Shredder Knives and Wear Parts
Removing the concentrated steel bead before cutting or shredding helps reduce premature blade wear, impact damage, and the maintenance interruptions caused by heavy steel at the tire sidewall.
Faster Loading with Lifting Support
The lifting device helps operators position tires more efficiently, reducing manual effort and supporting faster repetitive operation.
Controlled Wire Removal
Manual lever control gives the operator precise feedback during the extraction cycle, helping remove the bead wire without unnecessary rubber loss.
Cleaner Rubber Stream for Better Product Value
Reducing steel contamination early improves the quality of rubber chips, crumb, and powder, which can support better downstream acceptance and higher-value product positioning.
Lower Total Operating Cost Across the Line
Less blade wear, fewer breakdowns, cleaner output, and more stable downstream processing make debeading one of the highest-leverage pre-treatment steps in a tire recycling plant.
Heavy-Duty Hydraulic Construction
Wear-resistant materials and a robust hydraulic system are designed for continuous industrial use in demanding tire processing environments.
Where This Debeading Machine Fits
The machine is most useful when steel bead removal is necessary to protect equipment, improve output purity, or prepare the tire for the next recycling step.
Tire Recycling Plants
Acts as the first pre-treatment stage before tire cutting, shredding, granulation, and rubber powder production.
Pyrolysis Feed Preparation
Removing bead wire before pyrolysis helps reduce metal load in the reactor feed and supports cleaner downstream recovery.
Crumb Rubber Production
Helps produce cleaner rubber feed for sports surfaces, molded goods, playground materials, and flooring products.
Upstream of Tire Cutting
Use ahead of a waste tire cutting machine when you want the pre-treatment sequence to protect both cutting and shredding stages.
Integrated Tire Recycling Lines
Fits into complete lines where bead removal, size reduction, steel liberation, and powder production are planned together.
Pre-Processing at Collection Sites
Removes bead wire before tires are shipped or transferred to the next processing location, improving logistics and handling safety.
Single Hook Debeading Workflow
The machine is designed for straightforward tire handling and controlled steel bead extraction before the tire enters any major reduction stage.
Load the Tire
The operator positions the tire for the debeading cycle with support from the machine’s lifting arrangement.
Hook the Bead Area
The single-hook mechanism grips the bead wire zone and prepares the tire for controlled extraction.
Extract the Steel Wire
Hydraulic force and manual control work together to pull the steel bead wire from the tire sidewall with precision.
Send Tire to the Next Stage
The debeaded tire is then ready for cutting, shredding, pyrolysis preparation, or other downstream recycling processes.
Debeading First vs Sending Whole Tires Forward Untreated
Skipping debeading saves one step upfront, but it usually pushes wear, contamination, and handling problems further down the line where they cost more.
| Decision Factor | Debeading First | No Debeading Step |
|---|---|---|
| Shredder Protection | Reduces concentrated bead wire damage on knives and wear parts | Higher risk of blade wear and maintenance interruptions |
| Rubber Cleanliness | Cleaner downstream rubber stream with less steel contamination | More contamination in chips, crumb, or powder |
| Pyrolysis Feed Quality | Lower metal burden before reactor feeding | More steel enters the downstream process |
| Operating Cost | Can reduce total line cost through less wear and cleaner output | Lower upfront handling, but higher downstream cost risk |
| Best Fit | Plants aiming for stable uptime and cleaner recycled material | Only when downstream equipment is designed to absorb the extra wear and contamination |
Technical Specifications
Select the model according to tire diameter, desired hourly output, and how the debeader will fit into your full tire recycling line.
| Parameter | Model 900 | Model 1200 |
|---|---|---|
| Capacity | 20-40 pcs/h | 20-40 pcs/h |
| Handling Tire Diameter | ≤ Phi900 mm | ≤ Phi1200 mm |
| Motor Power | 5.5 kW | 11 kW |
| Working Pressure | 10 MPa | 15 MPa |
| Cylinder Distance | 900 mm | 1300 mm |
| Machine Weight | 1 tonne | 1.4 tonne |
Watch the Debeading Machine in Operation
See how the single-hook mechanism extracts the steel bead before the tire enters the next processing step.
Frequently Asked Questions
Answers to common questions about purpose, tire size range, operation, and why debeading matters.
The machine removes the steel bead wire from tire sidewalls before the tire is cut or shredded. This protects downstream equipment and helps create cleaner recycled rubber material.
Model 900 handles tires up to Phi900 mm, while Model 1200 processes larger tires up to Phi1200 mm. Both models are rated at 20-40 tires per hour depending on operating conditions.
Manual lever control gives the operator precise, real-time feedback during wire extraction, which helps adapt to different tire conditions and reduce unnecessary rubber damage.
Bead wire is one of the toughest steel concentrations in a tire. Removing it first helps reduce shredder blade wear, contamination in the rubber stream, and maintenance cost further down the line.
Yes. Removing the bead wire before pyrolysis reduces metal in the feed and supports cleaner downstream processing compared with sending untreated whole tires forward.
Improve the First Step of Your Tire Recycling Line
Tell us your tire diameter range, planned throughput, and the next machine in the process. We will recommend the correct debeader model and how it should fit into your full line layout.
