Horizontal Fine Coal Centrifuge
High-G-Force Dewatering for Superior Product Dryness
The Jinyang SHFC series represents a line of high-performance, horizontally configured scroll and basket centrifuges designed for the efficient dewatering of fine coal and mineral concentrates (e.g., 0-10mm). These machines are engineered to deliver exceptionally low product moisture at high capacity, making them an advanced solution for modern mineral processing and coal preparation plants.
Technical Specifications:
The following table details the specifications for two core models within the SHFC series, as per the provided data.
SHFC Series Horizontal Fine Coal Centrifuge Specification Table
| Model | Feed Size (mm) | External Dimensions (L x W x H mm) | Motor Power (kW) | Total Machine Weight (kg) | Processing Capacity (TPH) |
|---|
| SHFC1000 | 0 ~ 10 | 2315 x 2422 x 2041 | 75 | 4000 | 60 |
| SHFC1300 | 0 ~ 10 | 2875 x 2256 x 2089 | 110 | 6280 | 90 - 110 |
Note: Processing capacity can be influenced by feed characteristics such as particle size distribution and solids concentration.
Core Design Features & Advantages:
Building upon the proven scroll-type design, the SHFC series incorporates key advantages:
High Capacity & Superior Dewatering: Engineered to handle significant throughput (60-110 TPH) while achieving low product moisture through high G-force operation.
Positive Mechanical Conveyance: An internal scroll rotating at a differential speed relative to the basket ensures continuous and gentle discharge of dewatered solids.
Compact Horizontal Design: The configuration reduces overall height for easier maintenance and integration into plant layouts.
Robust Construction: Designed for reliable, continuous operation in demanding fine coal dewatering applications.
Summary:
The SHFC series horizontal fine coal centrifuge offers a range of models to match specific capacity requirements, providing a high-performance, reliable dewatering solution for fine coal and mineral applications to ensure maximum solids recovery and operational efficiency.
