---

The system is designed for pre‑concentration and waste rejection prior to grinding and flotation.

Typical integration points

• ROM → coarse crushing → screening → XRT sorting → mill feed
• Reduces the volume of waste entering the comminution circuit
• Improves downstream flotation performance
• Lowers energy consumption (grinding energy reduction is significant)

Coal applications

• Replaces heavy‑media separation, jigging, and manual sorting
• Reduces slime generation and eliminates media consumption
• Produces higher‑CV lump coal suitable for direct sale

Performance Characteristics

Sorting accuracy

• High‑precision detectors + AI algorithms
• Fast image processing and high‑speed ejection valves
• Typical sorting accuracy: >90–95% depending on ore type

Throughput

• Models available from 30 t/h to 330 t/h per machine
• Particle size ranges:
  • 300–50 mm
  • 100–25 mm
  • 50–10 mm
• Mobile units available for field trials and remote operations

Energy & water

• Dry process — no water, no chemicals
• Unit power consumption is ~20% of traditional beneficiation
• Reduces mill energy by removing barren rock early

Environmental & Operational Design

• Fully enclosed, dust‑proof, waterproof, and explosion‑proof
• Operates from –40°C to +50°C
• Radiation shielding exceeds national standards
• Multiple emergency stops, multi‑camera monitoring
• Remote, local, and handheld operation modes

Radiation Safety

• X-ray technology is adopted to ensure that no ray remains after power failure
• X-ray shielding materials such as lead and steel are used to ensure the safety of system boundary
• the radiation safety standard of the system exceeds national standards to fully ensure the safety of staff

Datasheet

Industrial Minerals Series