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Service
Technical Support
System Sizing Tool
Conduct professional calculations based on client-provided data (equipment specifications, pipeline conditions, slurry characteristics, etc.) to determine accurate clean water performance selection parameters.
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Slurry Transportation
Our company possesses unparalleled expertise in slurry pumping and pipeline engineering, with a seasoned team of specialists dedicated to delivering integrated solutions for diverse material transport systems. Whether handling concentrates, tailings, viscous slurries, or abrasive sands/gravels, our pipeline designs consistently outperform trucking alternatives in energy efficiency – achieving up to 40% operational cost reduction for 10~500+ km transport. Supported by a dedicated research institu
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Engineering Solutions
Leveraging advanced parameter analysis (solids concentration, particle size distribution, abrasion index), we engineer optimal pump configurations and specify wear-resistant wet parts from material matrix – including hardened metals, elastomer linings, silicon carbide ceramics, ultra-high-molecular-weight polymers, and composite alloys.
Optimization Solutions
Service
We provide complete after-sales solutions, including on-site guidance for installation & commissioning, technical training programs for maintenance teams, and guaranteed availability of critical spare parts.
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Service Commitment
For domestic clients: 8-Hour Response, 48-Hour On-Site.
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Training Services
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Spare parts
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Metal Wear Parts
Hardcore Wear Resistance, Long-lasting Protection
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Material Science
1.Customized wear-resistant alloy systems:
- High chromium alloy: HRC58+,wear-resistant and corrosion-resistant， ideal for high-impact slurries (e.g., iron/copper ores);
- Duplex stainless steel (CD4MCu): Yield strength ≥550MPa, chloride resistance (Cl⁻≤50,000ppm), suitable for corrosive environments like seawater desulfurization and lithium brine extraction.
2. Manufacturing Process
- No-Bake Resin Sand Casting : Dimensional accuracy CT8 grade, surface roughness Ra≤25μm (Large castings) , minimizing machining;
- Multi-stage heat treatment: Quenching + double tempering ensures uniform matrix hardness (variation ≤±2HRC);
- Digital stress simulation: ANSYS-based wall thickness optimization increases fatigue life under alternating loads to 8,000+ hours.
Rubber Wear Parts
Flexible Durability, Precision Engineering
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Three major elastomer solutions
1. NR06: Natural Rubber
- Shore Hardness: 47-53
- Abrasion Resistance: Excellent
- emperature Limit: <75°C
- Applications:
○ Impellers: Suitable for linear velocities <27.5 m/s and particle sizes <5 mm.
○ Liners: Compatible with particle sizes <15 mm.
○ Additional Use: Mill pump liners, commonly deployed in large-scale pumps with discharge diameters ≥14 inches.
2. PU: Polyurethane
- Shore Hardness: Customized grades available (e.g., 95A)
- Abrasion Resistance: High (non-recommended for concentrated acidic/alkaline media)
- Temperature Limit: <70°C
- Applications:
○ Impellers: Operates effectively at linear velocities <30 m/s.
○ Components: Widely used for liners, wear plates, and vortex breakers.
3. Applicable Components
- Wear Parts: Impeller, cover plate Liner (Rubber), frame plate Liner (Rubber), frame liner insert (Rubber), throatbush (Rubber).
