Tyre Bead Separator and Shredder — Pricing
Indicative price ranges for tyre bead separators and shredders at three plant capacity tiers — 3–6 TPD (low), 8–12 TPD (mid), and 15–20+ TPD (high) — for capital planning in tyre recycling and pyrolysis projects.
| Equipment | Low (3–6 TPD) | Mid (8–12 TPD) | High (15–20+ TPD) |
|---|---|---|---|
| Bead Separator | ₹2.5–4.5 lakh | ₹3.5–7 lakh | ₹6–12 lakh |
| Shredder | ₹12–20 lakh (single-shaft, manual) | ₹20–40 lakh (twin-shaft, hydraulic) | ₹35–60 lakh (heavy-duty, conveyor) |
Beyond definitions
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How to read this table
- Rows are the two equipment items; columns are the three capacity tiers (Low 3–6 TPD, Mid 8–12 TPD, High 15–20+ TPD).
- Price ranges are indicative for Indian market as of 2024. Prices include basic supply; installation, commissioning, and freight are separate.
- Capacity tier refers to the plant's total daily feedstock throughput, not the equipment's standalone maximum rating — always confirm actual throughput rating with the vendor.
About this table
The bead separator and shredder are the two opening pieces of equipment in any tyre recycling or pyrolysis plant — the feedstock cannot move through the process until the steel bead rings are removed and the whole tyres are reduced to chips small enough to handle downstream. This table gives indicative price ranges for both equipment items across three plant capacity tiers.
The Bead Separator extracts the high-tensile steel bead wire rings from tyre sidewalls before shredding — without this step, bead wires damage shredder blades at rates that make operations uneconomical. The bead separator ranges from a lower-cost unit suitable for small plants at the low capacity tier through to heavy-duty hydraulic units designed for high-throughput operations at the high tier. Larger capacity units handle more tyres per hour and typically include automated feed and discharge mechanisms that reduce manual handling.
The Shredder is the higher-cost item and the one with the widest price variation across capacity tiers. At the low end, single-shaft manual shredders are functional for pilot operations. Mid-tier plants typically move to twin-shaft, hydraulic-drive shredders that handle the greater variety of tyre sizes and the higher throughput without operator intervention at the feed side. High-capacity plants use heavy-duty conveyor-integrated systems that can process truck tyres and larger OTR tyres in an automated flow. Indian-manufactured shredders are widely available and typically cost less than imported alternatives — though imported equipment often offers higher blade life and lower energy per tonne of throughput. Getting quotes from both domestic and one imported vendor before finalising is recommended for mid-tier and above plants.
Key insights
- Shredder cost is significantly higher than bead separator cost at all capacity tiers — it is typically the second-largest pre-processing equipment investment after the reactor in a pyrolysis plant.
- Moving from single-shaft (low tier) to twin-shaft hydraulic (mid tier) shredder is not just a capacity upgrade — it substantially reduces blade wear per tonne on truck and OTR tyre feedstock.
- Indian-manufactured shredders are available for all three capacity tiers and typically cost 30–50% less than equivalent imported models — but imported options may have lower operating cost per tonne through higher blade life.
- The bead separator is the item most commonly skipped in poorly designed first plants — its absence leads to rapid shredder blade failure that far exceeds the cost of the bead separator itself.
Methodology & sources
Price ranges are indicative for Indian market procurement as of 2024–2025. Prices vary with equipment make (domestic vs imported), specifications (shaft count, drive type, blade material), and freight to site. All prices exclude GST, installation, and commissioning. Verify with at least two domestic and one imported vendor before finalising procurement budgets.
Related data tables
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A comprehensive eight-parameter comparison of the three tyre pyrolysis plant types — batch (now banned), ABAP semi-continuous, and continuous — covering operation mode, throughput efficiency, manpower, fuel, maintenance, capital cost, and regulatory suitability.
Pyrolysis Reactor — Pricing by Capacity
Indicative price ranges for tyre pyrolysis reactors at four capacity configurations — 3–6 TPD ABAP semi-continuous, 8–12 TPD semi-continuous and continuous options, and 15–20+ TPD fully continuous — for capital planning.
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