Scrap Tire
The Rubber Grinding Unit is an integrated solution for processing waste rubber into stable 20–30 mesh rubber powder. Centered around a high-efficiency primary Rubber Grinder, the system integrates a vibrating feeding unit, dual-screen single-return vibrating screen, multi-stage magnetic separation, and negative-pressure rubber powder conveying. This configuration ensures smooth material flow, precise separation, and consistent output throughout the process.
Designed for efficiency and reliability, the unit provides uniform feeding, accurate particle sizing, and effective removal of ferrous impurities. The enclosed conveying system helps reduce dust and improve operational safety, while the modular design allows flexible integration into existing recycling lines. By converting waste tires or rubber into standardized, reusable materials such as rubber granules, rubber powder, the Rubber Grinding Unit supports sustainable recycling practices, helping recyclers achieve both environmental and economic value. Contact us now to tailor your scrap tire recycling line.
The rubber grinding unit integrates grinding, screening, magnetic separation, and conveying into a compact system, enabling continuous and stable rubber size reduction while ensuring clean and consistent output.
It features fully automated operation from feeding to discharge, eliminating manual intervention in key processes. It realizes intelligent monitoring of equipment status and real-time adjustment of working parameters, ensuring consistent production quality and reducing labor costs significantly.
Equipped with a dual-screen single-return vibrating screen, the system accurately controls particle size and automatically returns oversize material for further grinding, improving efficiency and product uniformity.
Multi-stage magnetic separators effectively remove steel wires and ferrous impurities from rubber materials, enhancing rubber purity and protecting downstream processing equipment.
Key components are manufactured from high-strength materials and precision-processed to withstand long-term heavy-duty operation, reducing maintenance frequency and ensuring reliable performance.
The enclosed negative-pressure conveying design minimizes dust generation, improves workplace safety, and ensures clean, stable transfer of rubber powder throughout the system.
| Model | Feeding Size（mm） | Power（kW） | Capacity（t/h） | Overall Dimensions（mm） |
| GPT860 | 50×50 | 132 | 0.5–1 | 5300×1900×1600 |
| GPT980 | 50×50 | 200 | 1–1.5 | 5400×2000×1650 |
| GPT1100 | 50×50 | 280 | 2 | 6000×2200×1800 |
| GPT1200 | 50×50 | 355 | 3–5 | 6000×2200×1800 |
Note: Technical specifications may change without notice due to ongoing technological advancements.
Capacity: 20-40 m³/Hour
Capacity: 20-40 m³/Hour
Capacity: 15 Ton/Hour
Capacity: 5-8 Ton/Hour
