spiral concentrator Type H
Inquire NowDescription
The Spiral Concentrator Type H is engineered for optimal performance in gravity separation circuits, providing unparalleled confidence in mineral processing. As a leader in spiral technology, we specialize in designing, manufacturing, and supplying a comprehensive range of gravity separation equipment, including spirals, shaking tables, and slurry distribution systems. Our facility in Australia is the largest of its kind, producing over 20,000 starts annually and fulfilling significant orders such as the HC33 and WW6 spirals for ArcelorMittal’s mining operations.
This concentrator features a modular design that ensures durability and efficiency, making it suitable for various applications, including mineral concentration and beneficiation.
Specifications
| Feature | Description |
|---|---|
| Feed Box | Replaceable modular cast polyurethane for positive feedline connection |
| Splitter Configuration | Custom designed for each application |
| Concentrate Diverter | Ensures the highest concentrate product grade |
| Re-pulping Devices | Enhances recovery and grade of product |
| Product Collector Box | Cast polyurethane ensuring long life with no splash collection system |
| Launder System | Integrated engaged launder system |
| Feed Distribution | Accurate top or bottom entry for improved recoveries |
| Wash-Water | Available with or without wash-water |
Additional Information
Benefits:
- Configurations available in single, twin, triple, and quad troughs
- Up to 48 starts per spiral bank to maximize capacity
- Low capital cost and minimal maintenance requirements
- Consistent separation efficiency with low operational costs
- Comprehensive process engineering support
Applications:
- Rutile, ilmenite, and zircon concentration
- Iron ore, chromite, and manganese beneficiation
- Tin, tantalum, and tungsten ore concentration
- Gold, native copper, and base metal recovery
- Silica sands processing and pumice sand separation
- Titano-magnetite concentration
- Garnet, kyanite, sillimanite, and andalusite recovery
