Engineered for maximum lifecycle performance, extreme wear resistance, and high-impact reduction tasks across global mining, construction, and quarrying sites.
Engineered to support heavy throughput before primary crushing. Provides uniform, continuous flow, minimizing downtime and optimizing crushing operations.
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Cast from high-alloy steel for maximum tensile strength, ensuring protection and structural alignment for heavy-duty cone crushers operating under continuous stress.
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Precision cast to withstand high fluid dynamics, pressure shifts, and corrosive conditions in mineral washing, chemical plants, and heavy hydraulic systems.
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Engineered for rotary kilns, ball mills, and conveyor drives. Delivers superior wear lifecycle, precise teeth profile spacing, and high-impact structural stability.
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High manganese content casting component providing excellent work hardening properties under extreme pressure in cone and gyratory crushers.
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Designed with thermal fatigue resistant cast steels. Optimized geometry ensures flawless molten slag discharge and prolonged industrial lifecycle.
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Provides robust shut-off seals and fluid dynamics handling. Ideal for large pipe diameters in heavy industries and environmental systems.
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Heavy-duty cast steel flywheels and toggle configurations allow maximum force transmission to break extremely hard minerals and rock surfaces.
Learn MoreHenan Hanhai Metallurgy Mining International Trade Co., LTD is an industry-defining foundry manufacturer in China, specializing in heavy-duty cast steel and cast iron parts. Utilizing highly advanced production lines, automated pouring processes, and strict quality control matrices, we supply durable castings designed for the mining, metallurgy, power generation, and construction sectors globally.
We integrate design, casting, machining, and strict inspections under one system. With an annual production capacity of 80,000 tons of large-scale casting components, we are capable of delivering custom fabrications that meet international engineering standards such as ASTM, DIN, EN, and JIS.
Mission: To empower global heavy industry with precision engineering, advanced metallurgical casting, and sustainable manufacturing excellence.
Vision: To be the most trusted global foundry brand delivering custom heavy-duty steel and iron components to support infrastructural growth.
Tracing our journey from a local heavy foundry to a globally trusted, technology-driven metallurgy manufacturing partner.
Henan Hanhai established its manufacturing base, focusing on heavy steel and iron castings. This period laid down the technical expertise and production foundation required for heavy-duty mining machinery parts.
Introduced advanced sand reclamation lines, electric arc melting systems, and simulation software. Expanded production capacity to serve large-scale mining, cement, and metallurgical enterprises across Asia.
Achieved ISO9001 and CE certifications. Upgraded non-destructive testing (NDT) systems including UT, MT, and PT. Initiated massive scale exports of crusher housings and support sleeves to Europe and the Middle East.
Integrated smart casting operations, real-time spectrometer controls, and digital order tracking. Strengthened international supply chain resilience to serve high-level industrial procurement needs globally.
We supply high-durability, custom engineering castings tailored to the specific mechanical demands of heavy industrial sectors worldwide.
We supply wear-resistant components including mantles, bowl liners, support sleeves, jaw plates, and toggle frames for cone, gyratory, and jaw crushers processing aggregate and ores.
Specially formulated alloyed and carbon steel gears, girth rings, support rollers, mill heads, and hollow shafts capable of handling heavy rotations in large-scale rotary kilns and ball mills.
Engineered casting components designed for heavy forming machines, including press arches, crossbeams, cylinders, and frames built to resist immense pressure and cyclic loads.
Custom casting valve bodies, industrial discs, sumps, and turbine cylinders engineered with dense structural integrity to prevent leakage under high hydraulic flow dynamics.
Thermal fatigue resistant slag pots, slag ladles, and charge buckets designed to handle superheated liquid metal and slag from basic oxygen and electric arc furnace operations.
Vibrating screen exciters, side plates, feeder decks, and material chutes manufactured to withstand structural vibration, high-abrasive friction, and material impacts.
Combining heavy foundry metallurgy with advanced manufacturing automation to guarantee global delivery, cost efficiency, and zero-defect execution.
In modern industrial manufacturing, supply chain resilience is as critical as material science. Henan Hanhai operates a Factory 4.0 digital foundry where every stage of production—from raw material composition selection to casting solidification modeling—is monitored and logged. This end-to-end control allows us to eliminate structural faults, predict metallurgical behavior, and ensure components meet strict international tolerances.
Our integrated facility includes molding, melting, heat treatment, and precision machining workshops. This centralized production eliminates external transport delays and risks, ensuring a seamless flow from raw casting to finished, assembly-ready parts.
Using thermal simulation software, our casting engineers model the mold-filling and solidification processes before pouring. This proactive analysis predicts hotspots and shrinkage cavities, optimizing the design of risers and runners for structural integrity.
Located in Henan's heavy metallurgical cluster, we maintain deep, stable partnerships with premium steel and ferroalloy producers. This strategic location guarantees material availability and stabilizes raw component costs even during global market shifts.








How we satisfy high-level global procurement standards, ensure structural reliability, and offer verified compliance certification.
Large-scale mining, cement, and infrastructural projects require components with high dimensional stability, predictable lifetimes, and verified safety histories. Our manufacturing processes align with these strict procurement standards by integrating a comprehensive quality assurance system.
We execute direct-reading spectrometer analysis on every melt before pouring. We inspect carbon, manganese, chromium, nickel, and molybdenum levels to confirm chemical parameters align with specifications.
To detect potential subsurface shrinkage defects or micro-cracks, we utilize ultrasonic testing (UT), magnetic particle testing (MT), dye penetrant inspection (PT), and industrial radiographic imaging (RT).
We provide full documentation for every shipment, including raw material source logs, heat treatment records, dimensional inspection reports, and tensile/hardness test results.




A highly coordinated procurement process designed to ensure clear technical alignment, structural casting reliability, and on-time international delivery.

Collection of project drawings, operating conditions, material specifications, and duty cycles.

Our metallurgy and mechanical design teams develop optimized casting and machining plans.

Detailed verification of chemical parameters, casting tolerances, and non-destructive testing requirements.

Pattern fabrication, molding, electric furnace melting, pouring, and heat treatment cycles.

Dimensional inspections, UT/MT testing, hardness checks, and customer sign-off.

Heavy-duty protective packing and seaworthy transport configuration (break-bulk or container shipping).

Providing remote or on-site engineering guidance for assembly alignment and commissioning.

Guidance on wear monitoring, lubrication cycles, and proactive maintenance techniques.

Rapid dispatch of wear parts and replacement liners to sustain operational longevity.
Ensuring site operations are supported globally while driving metallurgical innovation for sustainability.
Our commitment to global customers goes beyond high-quality manufacturing. We match structural castings to local operational environments by analyzing geological conditions, mineral hardness, and climatic variables at each project location. This customized approach prevents premature mechanical failures, such as cracking under extreme cold or excessive wear in highly abrasive settings.
All casting processes strictly adhere to international codes including ASTM A148 (High-Strength Cast Steel), EN 10293, and ISO 4990. We coordinate with third-party testing agencies (SGS, Bureau Veritas) to inspect structural properties on-site before delivery, ensuring smooth regulatory approvals in Europe, the Middle East, and the Americas.
Hanhai Casting is committed to developing wear-resistant materials and lowering emissions. Our technology roadmap focuses on three main initiatives:
Expert answers addressing materials, quality testing, and ordering details to support your procurement decisions.
Explore our complete range of high-strength support rollers, crusher casings, vibrating screens, and heavy-duty casting designs.
Designed to support heavy rotations in rotary kilns. Features high load-bearing capacity and fatigue resistance for continuous high-temperature service.
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Equipped with reliable mechanical spring overload protection. Well-suited for secondary or tertiary crushing of medium-hard materials.
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Premium structural cast frame designed to absorb high torsional stress in large industrial shredders, mills, and metal presses.
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Cast from high-tensile alloy steel. Helps protect the main shaft assembly of gyratory crushers from impact loads.
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Fully compliant with CE directives. Engineered for reliable structural integration in heavy machinery operations.
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Heavy structural arch designed to withstand high cyclic loads in industrial forging and stamping presses.
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Cast from high-grade grey or ductile iron, providing good vibration dampening and precise tolerances for mechanical rocker assemblies.
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Designed with adjustable eccentric blocks for reliable performance. Delivers high throughput for sizing aggregates, coal, and minerals.
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