
Our slurry pump impellers, volutes, cover plates and wear liners are customized for severe mining conditions. In these environments, pumps must handle a mixture of hard particles, corrosive media and continuous heavy-duty operation.
These solutions help mines extend pump life, cut unplanned shutdowns and keep production stable.

Our boiler feedwater pump covers are used in thermal power plants, where pumps must work under high temperature and high pressure for long periods.
This gives power plants more confidence in critical boiler feed systems.

For circulating water systems in chemical plants, metallurgical facilities and other general industries, we supply grey iron pump covers.

Our stainless steel and duplex stainless steel pump parts are designed for transporting corrosive liquids in demanding environments, especially in the oil & gas, petrochemical and marine sectors. These media often contain sulfur, chloride ions and other aggressive components.

Cement plants and aggregate producers handle extremely abrasive powders and crushed stone. We supply customized liners, chutes, mill components and fittings to reduce wear in grinding, conveying and transfer points, helping extend service life and lower downtime.

Quarries and sand–gravel operations face continuous impact and sliding wear from rock and sand. Tailored wear plates, pump parts and chute/conveyor liners protect critical areas, keep material flowing smoothly and reduce unexpected shutdowns in harsh outdoor conditions.

Dredging and marine slurry transport involve highly abrasive sand-water mixtures. Custom pump casings, impellers, liners and pipe fittings are used to resist erosion, control leakage and maintain stable operation on dredgers, dewatering lines and port or river maintenance systems.

Recycling and scrap plants run crushers, shredders and sorting systems on mixed, dirty and often metallic feed. Engineered hammers, breaker plates, liners and chute protection improve wear life, reduce stoppages for repair and support higher, more stable throughput.

Excavators, loaders, dozers and mobile crushers all depend on heavy-duty wear parts. Customized bucket teeth, cutting edges, side cutters and crusher wear components provide better resistance to impact and abrasion, helping fleets cut maintenance frequency and keep equipment available longer.
Some working conditions demand complex castings and consistently stable quality. Our case studies highlight how we meet these challenges. By combining deep expertise in corrosion-resistant alloys and steels with state-of-the-art manufacturing and inspection equipment, we deliver components that improve overall plant performance—offering better wear and abrasion resistance, longer service life, and more reliable operation.
Each case shows how we work with customers to understand their site conditions, redesign critical parts and materials, and transform real-world problems into practical, long-term solutions.
1. Due to the age of the equipment, replacement parts are no longer available.
2. Hollow mill balls for E-type pulverizer machine.
3. Cost should be reduced by 200%.
4. To complete in 3 months.
1. To make sure its ideal hardness and considerable compressive strength, a special customized alloy steel material is made by our team.
2. Utilize new customized lost foam techniques to replace the traditional forging process.
3. The hollow structure is realized by ingenious shaping, casting, and heat treatment processes.
4. The final hardness reached 361HB of satisfactory.
5. 2 weeks ahead of the lead time, total cost was reached.
· Cost: Forging offers superior strength but at a higher cost.
· Durability: Cast parts may face fatigue limits under high pressure.
· Complex Geometry: Inlet and outlet covers often have thin walls, intricate shapes, or internal cooling channels—difficult to cast.
· Process Requirements: High-grade alloys, precise cooling control, and post-casting heat treatments are essential.
· Hydraulic Testing: Despite being components only, thorough testing is vital—tooling and sealing design are critical.
We use advanced sand casting with tight control over alloy composition, cooling rates, and heat treatment to achieve zero-defect, high-strength components rated for 38 MPa. Our meticulous process consistently exceeds customer expectations in quality, performance, and reliability.
A leading iron ore plant faced severe wear issues in their slurry pump wet parts (impellers, liners) due to handling large (2-4mm), sharp, and highly abrasive particles at 960 RPM. The original high-chrome white iron components lasted only 300 hours under these harsh conditions.
Where there are tough tasks, where Foundryman goes!

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