Our Company is China Slurry Transportation Wear Resistant Pipe Suppliers and Slurry Transportation Wear Resistant Pipe Factory. At Jianghe, we are dedicated to redefining industrial wear solutions through innovation, expertise, and sustainability. With decades of experience, we have become a trusted partner in providing high-performance wear-resistant materials and components across industries such as power generation, mining, metallurgy, petrochemicals, and cement manufacturing. Our mission is to enhance the efficiency and longevity of industrial equipment, helping our clients reduce maintenance costs and maximize operational uptime.
Technical Specifications
| Pressure Shell Casing | Heavy-Wall Carbon Steel API 5L Grade X52, X60 / ASTM A106 |
| Internal Wear Layer | 92% to 95% High Alumina Ceramic (Al2O3) / ZTA Composite |
| Hardness Metric | Vickers Hardness ≥ 1450 HV / Rockwell Hardness ≥ 87 HRA |
| Density Profile | ≥ 3.62 g/cm³ for ultimate crystalline density |
| Pressure Containment | PN16, PN25, PN40 up to PN100 Custom Pressure Boundaries |
| End Fitting Formats | ASME B16.5 Welded Flanges / Loose Rotating Slip-On Flanges |
The highly precise technical specifications of our slurry transportation wear resistant pipes are custom-tailored to handle high-volume, high-pressure hydraulic conveying circuits. The structural outer casing is selected from heavy-walled carbon steel or high-tensile alloy options, allowing the composite pipeline to safely manage massive hydraulic surges, water hammer events, and working pressures up to 10.0 MPa. Internally, the high-density alumina ceramic lining thickness can be customized from 8mm up to 40mm based on your system’s particle size distribution and fluid velocity profiles. Our factory utilizes a specialized cold isostatic pressing process for our cylindrical linings, ensuring perfectly uniform structural density and eliminating internal weaknesses. The ceramic elements are secured using specialized hydro-resistant epoxy resins that retain full elastomeric cushion properties, effectively dampening high-frequency mechanical vibrations and absorbing localized fluid shocks without risk of delamination. All pipe ends feature precision-machined flanges with specialized internal ceramic lip rings to ensure 100% joint protection.
Industrial Applications
Our specialized slurry transportation wear resistant pipes are critically deployed throughout the primary fluid handling and mineral processing loops of high-capacity mining operations, chemical plants, and heavy industrial facilities worldwide. They are extensively utilized in Long-Distance Mine Tailings Disposal Lines, moving thick rock-and-water slurries from central concentrator plants to remote storage dams or paste backfill facilities. Additionally, these heavy-duty pipes are indispensable within High-Density Ore Concentrate Pipelines, running continuously to carry iron ore, copper concentrate, or gold sands over rugged terrain. Our ceramic-lined lines are also heavily installed in Hydrocyclone Feed and Underflow Loops, where high centrifugal forces concentrate abrasive sands. Furthermore, they are utilized in Coal Preparation Plant Slurry Lines for handling dense medium mixtures and refuse solids. By deploying our advanced wear-resistant systems in these critical hydraulic lines, mine operators maintain perfectly stable internal flow dynamics, eliminate dangerous slurry spills, and achieve long-term continuous automation metrics.
Manufacturing Advantages
- Unrivaled Hydraulic Kinetic Longevity: Provides a verified field operational lifespan that exceeds standard rubber, polyurethane, or HDPE lines by up to 1500%.
- Total Combined Defense: Simultaneously eliminates sliding particle erosion and aggressive chemical corrosion across the entire fluid path.
- Anti-Scaling Smooth Bore: The exceptionally low internal surface roughness prevents chemical encrustation and mineral scaling, keeping pumping power low.
- High Pressure Capability: Heavy-gauge API grade steel casing easily manages extreme long-distance hydraulic pumping pressures.
- Excellent Joint Protection Architecture: Extended internal ceramic lips guard the vulnerable flange connection zones from localized turbulence wear.
- Direct Manufacturer Customization: We engineer and fabricate complex slurry piping configurations including eccentric reducers, lateral tees, and long-radius elbows.


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