Engineered for highly abrasive operations. Our bimetallic plates feature a structural backing fused with premium hard weld surfacing layers.
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Optimized specifically for mining chutes and cement liners. Features exceptionally high chromium carbide concentrations for maximum durability.
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A composite steel lining board designed for harsh crushing components. Offers high fracture toughness coupled with unparalleled friction resistance.
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Premium open-arc flux cored welding wire formulated for field-level overlay work, providing stable arc characteristics and minimal spatter.
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A full catalog of alloy-rich wires for overlay and restoration work. Engineered to extend the service life of heavy machinery components.
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Made from a structural backing and high-hardness weld overlay. Fabricated in complete accordance with DIN 8555 standards for peak quality.
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High-chromium formulation designed to resist high-stress grinding abrasion with light-to-moderate mechanical impacts.
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Specialized chemistry configured for extreme environments. Designed to prevent surface micro-cracking from developing into catastrophic failures.
Learn More >Industrial wear is an inevitable, costly hazard in modern bulk handling and material processing fields. Heavy machinery faces severe degradation from abrasive forces, surface friction, impact fatigue, and chemical oxidation. For decades, simple hardened carbon steels served as the standard protective barrier. However, the paradigm has shifted. Today's high-efficiency environments demand specialized bimetallic composites that combine structural ductility with high hardness values.
By fusing a high-chromium overlay onto a carbon steel structural backing plate, manufacturers create a material that absorbs structural impacts on the back-end while remaining incredibly hard on the wearing surface. Tangshan Runxing Machinery controls this bimetallic interaction precisely, minimizing dilution and maximizing primary carbide density.
When procurement managers look at the supply chain, they often analyze unit costs. However, evaluating wear-resistant steel strictly by price-per-ton fails to account for total operating expenses. Forward-looking enterprises calculate the Total Cost of Ownership (TCO), factoring in equipment down-time, labor for replacement assemblies, freight frequency, and loss of productivity. Investing in premium wear plates decreases system failures, directly boosting bottom-line profitability and carbon reduction profiles.
Tangshan Runxing Machinery Co., Ltd., founded in 2010 and located in Tangshan, Hebei Province, is a premier manufacturer specializing in the research, development, and on-site engineering of high-performance wear-resistant solutions. Our core focus centers on the manufacture of premium chromium carbide overlay (CCO) plates, wear liners, wear pipes, and automated surfacing machinery.
We pride ourselves on offering customized wear solutions designed to survive the highly demanding working environments of the cement, steel, mining, dredging, and power generation industries. Operating in tandem with Hebei Yuwan International Trade Co., Ltd.—our dedicated export partner—we ensure efficient customs clearance, shipping logistics, and reliable international transactions.
In our modern manufacturing facility in Tangshan, automation is key to product reliability. Standard hand-held surfacing can result in overlay voids, carbon loss, and heat-induced warpage. Runxing utilizes custom-designed CNC welding stations that lay down uniform paths of chromium-rich alloy. The parameters—including amperage, travel velocity, and wire-feed rates—are monitored in real-time. This level of process control ensures that every plate exhibits a consistent wear layer without compromising the ductility of the backing plate.
Industrial operations cannot afford to wait months for replacement parts. Sourcing wear plates directly from a vertically integrated facility ensures both component consistency and quick delivery. Runxing's partnership with Hebei Yuwan International Trade streamlines the logistics process, handling the complexity of export documentation and custom clearances so that our products reach your facility when you need them most.
Cement production involves processing raw materials that wear down machine parts quickly. Our wear-resistant liners keep vertical mills and transfer chutes running reliably with less maintenance downtime.
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Mine operators need durable, cost-effective wear solutions. We supply dump bodies, shovel bucket liners, and chute protectors to handle severe mineral impact and sliding wear.
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Operating in steel mills involves handling abrasive raw materials at elevated temperatures. Our custom wear plates are designed to withstand both heat and high friction.
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We supply wear protection for coal mill fan blades, pulverizer hoppers, dust collectors, and handling conveyors to keep energy production plants running smoothly.
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Port operations rely on moving large amounts of bulk materials quickly. Our liners help protect transfer hoppers, grab buckets, and shipping chutes from wear and tear.
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Made from high-purity alumina powder and sintered at high temperatures, our wear-resistant ceramics provide excellent slide-abrasion protection in dry environments.
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We manufacture custom-cut, pre-drilled, and formed wear plates tailored to your engineering specifications, ensuring easy bolt-in installation.
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Internal-cladded elbow joints and transport pipelines designed for heavy-duty slurry transport, coal combustion systems, and concrete piping.
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Our online portal, www.runxing-machinery.com, is active to provide customers with an easy-to-use platform for researching and procurement of wear-resistant materials.
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Runxing presented our latest bimetallic wear solutions at Africa 2024 in Johannesburg, discussing local wear protection challenges with regional operators.
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We hosted the engineering team from Tangshan University to research new alloy chemistry formulations and improve automated overlay welding techniques.
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Runxing continues its long-term partnership as a qualified VAUTID agent, integrating high-performance German alloy materials into our wear solutions.
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Our team participated in EXPOMIN 2023 in Chile, showcasing our heavy-duty wear liners and hardfacing solutions to the Latin American mining market.
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Features CNC controllers, multi-gun layouts, and touch screen operation to provide highly efficient overlay welding for pipes, plates, and roller parts.
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We provide full machining, structural fabrication, and assembly services to deliver ready-to-use components according to your project blueprints.
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We rebuild and repair worn-out grinding rollers, table segments, and mill parts to restore original dimensions and extend wear life.
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Heavy-duty bimetallic liners designed to protect cement mill feeders and hopper chutes from continuous sliding wear.
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Impact-resistant overlay plates engineered to withstand the dump forces of rocks, ores, and crushed minerals.
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Specialized alloy overlays that retain their hardness and wear resistance in environments with temperatures up to 600°C.
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Abrasion-resistant liners designed to protect coal feeder bins, exhaust systems, and transfer pipe elbows.
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Durable overlay liners that improve material flow and protect bulk handling equipment from continuous sliding wear.
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AR (Abrasion Resistant) plates, like AR400 or AR500, are quenched and tempered steel alloys with uniform hardness throughout. Chromium Carbide Overlay (CCO) plates are bimetallic composites. They feature a tough steel backing plate clad with a high-chromium carbide weld layer. The overlay provides significantly higher resistance to severe sliding wear, outlasting standard AR plates in high-abrasion applications.
Standard carbon steels lose hardness when exposed to temperatures above 250°C. For high-heat environments like steel mills and furnace chutes, Runxing manufactures specialized bimetallic plates with added niobium, tungsten, and vanadium. These alloying elements help the wear layer maintain its structural hardness and integrity at temperatures up to 600°C.
Yes. While the hardfacing overlay cannot be machined easily, CCO plates can be plasma cut from the backing side, rolled, and welded to machine structures using the structural steel base plate. Runxing also offers custom fabrication services, supplying pre-cut, pre-bent, and pre-drilled liners ready to be bolted or welded into place.
Self-shielded flux-cored wire does not require an external shielding gas, making it well-suited for outdoor maintenance and on-site repairs. The core materials generate their own protective slag and gas shield, ensuring high-quality, dense overlay weld beads even in windy field conditions.
We manufacture our products in accordance with ISO 9001 quality management guidelines and weld cladding standards such as DIN 8555. Additionally, our partnership with VAUTID Germany allows us to integrate internationally proven metallurgy into our premium wear protection lines.
All of our international transactions and shipping logistics are managed by Hebei Yuwan International Trade Co., Ltd. They coordinate customs documentation, ocean freight, and payment processing, ensuring a reliable delivery experience from our factory to your facility.
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