Explore our flagship wear protection products, combining high metallurgy standards and precision Chinese manufacturing. Built for the most severe working conditions in mining, cement, steel, and power industries.
Premium alloyed welding consumables engineered for automated overlay welding. Optimizes wear properties and extends service life of structural metal parts.
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High chromium alloy wire designed for outdoor and field hardfacing repairs. Eliminates need for shielding gas, resisting high-stress grinding abrasion.
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Engineered steel plate combining structural steel backing with a highly abrasive-resistant overlay. Perfect for chutes, hoppers, and heavy-duty liners.
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Customizable bimetallic CCO plates designed for extreme slip-abrasion environments. High-volume primary carbides guarantee long lifetime.
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Premium series wear plate tailored for Cement Chute Liners and Mining environments. Outstanding impact and slide wear durability.
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Composite material wearplate made of a structural steel backing & a hard weld surfacing. Corresponds to DIN 8555 standards.
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Specifically developed for industrial applications requiring excellent abrasion protection with low impact toughness.
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High-precision plasma powder transferred arc surfacing components for critical machinery components repair.
See more productsIn the global heavy industries, machinery is consistently subjected to severe slide abrasion, high impact forces, chemical corroding, and elevated temperatures. Standard structural steel, carbon steel, and even traditional hardened martensitic plates often fail to protect equipment. This is where Lamina Wear Plates (specifically Chromium Carbide Overlay - CCO) deliver superior reliability and longevity. As a specialized bimetallic material, a Lamina Wear Plate bonds a tough, weldable carbon steel backing (such as Q235, Q345, or ASTM A36) with an ultra-hard, weld-deposited composite surfacing layer rich in primary chromium carbides.
Our proprietary weld overlay formulations result in a hypereutectic microstructure where hexagonal M7C3 chromium carbides (exceeding 1500 HV in microhardness) are evenly dispersed in a tough austenitic matrix. This unique combination prevents rapid material loss from continuous scraping by ores, clinker, slag, or coal. It achieves a macro hardness range of 58 to 62 HRC. This metallurgical equilibrium guarantees high resistance to dry sand rubber wheel abrasion (ASTM G65 testing standards) while retaining structural flexibility due to the ductile backplate.
| Property / Specification | Runxing Lamina Wear Plate (CCO) | Standard Hardened Steel (AR400/500) | Cast Basalt / Ceramic Lining |
|---|---|---|---|
| Primary Microstructure | Hypereutectic M7C3 Carbides in Austenitic Matrix | Tempered Martensite / Ferrite | Sintered Crystalline Alumina Oxide |
| Macro Hardness (HRC) | 58 - 62 HRC | 38 - 50 HRC | N/A (Mohs Hardness: 9) |
| Relative Wear Life (vs Mild Steel) | 10x - 15x Higher Lifetime | 2.5x - 4x Higher Lifetime | 8x - 12x (Highly dependent on impact) |
| Impact Resistance | Medium to High (Absorbed by steel backplate) | Very High | Low (Brittle fracture risk) |
| Weldability & Installation | Excellent (Easy weld attachment at rear) | Difficult (Requires pre-heating) | Cannot be welded (requires structural gluing/bolting) |
Industries around the world face highly localized challenges based on geographic environments, materials extracted, and operational temperatures. In cold regions like Siberia and Central Asia, equipment must withstand frozen abrasive soil and low thermal toughness risks. Conversely, in the hot, humid mining zones of Western Australia or South America (Chile, Peru), high salinity, water-borne slurry, and huge sliding forces cause compound wear. Standard wear plate alloys deteriorate under these micro-environments. Our customized Lamina Wear Plates are chemically modified with minor alloy additions (like Niobium, Boron, Titanium) to survive these specific, localized degradation processes.
The availability of critical equipment determines a cement plant’s throughput. From raw material chutes, cyclone separators, to clinker dust ducts, our wear-resistant products withstand continuous high-speed particle erosion and heat, preventing unscheduled shutdowns.
Global mine operators seek productivity, profitability, and sustainability. Runxing wear liners are custom engineered for bucket wheel excavators, haul truck beds, and transfer chutes to handle hard quartz rock and corrosive slurries.
In the steel sector, material handling involves extreme thermal environments, coke dust abrasion, and physical impact. Our bimetallic plates provide wear defense for skip cars, sinter hoppers, and coke vibratory screens.
Coal-fired power generation plants rely on wear protection for fan blades, fuel transport pipes, coal mills, pulverizer body linings, and dust extraction ducts. Our CCO materials significantly lower maintenance cycles.
Ports handle large volumes of iron ore, grain, and coal. Dock conveyers, loading chutes, and dredging pump casings wear out rapidly. Our composite liners protect structural steel elements from heavy wet sand abrasion.
For situations where extreme sliding friction occurs without high structural impact, our high-purity alumina ceramics represent a cost-effective, specialized wear-prevention layer.
We continue to run metallurgical testing on compound alloys. Keep checking our product updates for state-of-the-art wear technology developments.
Customized dimensions and specialized geometries are fabricated in-house. Our technicians adjust overlay patterns based on flow directions.
Our manufacturing facility is located in Tangshan, Hebei Province, the epicenter of China’s steel production and metallurgy industries. This provides Tangshan Runxing Machinery Co., Ltd. with unmatched raw material security. We get immediate access to premium steel backing sheets, carbon elements, and alloying ingredients. This integration of the upstream supply chain enables us to maintain a consistent stock of basic structural materials, insulate our clients from volatile global steel price swings, and compress delivery times compared to manufacturers based in other countries.
To streamline international trade operations, all export sales are handled by Hebei Yuwan International Trade Co., Ltd. This trade division manages complex logistics customs, maritime shipping compliance, international invoicing, and regional tax clearances. By maintaining this separation between manufacturing and trade logistics, our engineering plant concentrates 100% of its focus on product quality control, R&D innovations, and workshop automation. Meanwhile, buyers enjoy a hassle-free import workflow with detailed documentation and secure transaction channels.
Tangshan's massive steel manufacturing network guarantees low-cost carbon and low-alloy steel substrate sourcing, giving us a highly competitive pricing structure on bulk orders.
Hebei Yuwan Trade handles door-to-port logistics, clearing customs smoothly for shipments targeting North America, Europe, Central Asia, and Africa.
Our plant uses state-of-the-art multi-gun welding tables, guaranteeing consistent deposit chemistry, flat surface finishes, and low parent-metal dilution rates.
The future of wear mitigation relies on microstructural engineering. While traditional Chromium Carbide Overlay (CCO) plates remain the workhorse of industrial wear protection, Runxing is developing next-generation solutions to meet higher limits of temperature and mechanical stress. Our technology roadmap outlines the evolution of our product offerings:
Adding refractory elements like Nb and W creates secondary carbides that are smaller and harder than primary chromium carbides. This structure increases wear resistance under micro-sliding abrasion while preventing crack propagation under light impact conditions.
We are scaling our PTA (Plasma Transferred Arc) and laser-cladding infrastructure. These technologies generate a very small heat-affected zone, reducing the dilution of backing plate iron into the overlay. This preserves the pure properties of the wear layer even down to the interface zone.
Developing smart liners with embedded thermal and ultrasonic sensors. This will enable plant managers to monitor plate thickness in real-time, preventing sudden structural failures in deep-pit mining operations and high-velocity chutes.
Our organization is built on metallurgical research, verified certifications, and collaborative partnerships. Tangshan Runxing has been a qualified agent for VAUTID (Germany) for six consecutive years since 2019. Processing and offering VAUTID’s industry-standard welding materials allows us to align our production processes with advanced German engineering standards. This collaboration supports our production line quality, confirming that every run of hardfacing wire and composite plate complies with international wear performance standards.
Our research and design department maintains a long-term academic partnership with the Metal Materials and Forming Technology Team at Tangshan University, led by Dean Yuan Shaoqiang, Vice Dean Li Jing, and Professor Yang Yuehui. This connection bridges academic metallurgical research with factory floors, allowing us to perform detailed SEM (Scanning Electron Microscopy) and X-ray diffraction tests on our alloy coatings. Additionally, we enforce rigorous quality inspections across every step of our supply chain:
We perform routine dry sand rubber wheel tests to check material loss rates, ensuring every batch meets or exceeds target wear resistances before leaving our loading dock.
To identify internal cracks, gaps, or bonding voids between the cladding layer and the base plate, we run ultrasonic test scans on critical industrial components.
Our bimetallic materials and hardfacing alloys are categorized under DIN EN 14700 (Fe15/Fe16 group classifications) and DIN 8555 standards.
Get answers to the most common technical and logistics questions asked by plant managers, maintenance engineers, and purchasing teams regarding our wear-resistant products.
We regularly participate in international exhibitions, trade shows, and industrial events to showcase our technical advances and discuss solutions with our partners worldwide.
Tangshan Runxing Machinery Co., Ltd. launched our updated website to streamline digital inquiries, technical consultations, and product selection workflows for international buyers.
Participated in Johannesburg's premier mining exhibition, presenting our CCO plates and hardfacing wires tailored to the abrasive African mining environments.
Dean Yuan Shaoqiang, Vice Dean Li Jing, and Professor Yang Yuehui visited our plant, setting up joint research projects on metal forming and alloy refinement.
We have maintained our status as a qualified VAUTID agent since 2019. This partnership supports our metallurgical consistency and quality standards.
Exhibited our high-hardness CCO wear liners at Latin America's largest mining event, strengthening relationships with mining operators in Chile and Peru.
Take a look at our production facilities, automatic surfacing stations, and laboratory test setups where our wear solutions are manufactured and inspected.
Founded in 2010 in Tangshan, Hebei Province, Tangshan Runxing Machinery Co., Ltd. is a specialized manufacturer focused on the research, development, production, and field repair of hardfacing wear-resistant metal products. Our main catalog includes chromium carbide overlay (CCO) wear plates, custom processed wear liners, wear-resistant pipes and fittings, hardfacing flux-cored welding wires, automatic hardfacing welding machinery, and on-site roller surfacing repair services. We operate on the business principle of "Integrity, Superior Quality, Innovation & Sustainable Development" to offer wear-resistant solutions to heavy industries globally.
Our materials provide protective wear armor for mining, cement, steel, dredging, and power plants, improving operational reliability in Russia, Central Asia, South America, and Africa. Supported by our export agency, Hebei Yuwan International Trade Co., Ltd., we combine technical production with professional logistics. Runxing Machinery works to establish long-term partnerships with our clients, helping reduce maintenance expenses and operational downtime.
Verify product dimensions, chemical compositions, and custom specifications of our full hardfacing and wear plate catalog below.
Premium alloyed welding consumables engineered for automated overlay welding. Optimizes wear properties and extends service life of structural metal parts.
Read Technical Specs
High chromium alloy wire designed for outdoor and field hardfacing repairs. Eliminates need for shielding gas, resisting high-stress grinding abrasion.
Read Technical Specs
Engineered steel plate combining structural steel backing with a highly abrasive-resistant overlay. Perfect for chutes, hoppers, and heavy-duty liners.
Read Technical Specs
Customizable bimetallic CCO plates designed for extreme slip-abrasion environments. High-volume primary carbides guarantee long lifetime.
Read Technical Specs
Premium series wear plate tailored for Cement Chute Liners and Mining environments. Outstanding impact and slide wear durability.
Read Technical Specs
Composite material wearplate made of a structural steel backing & a hard weld surfacing. Corresponds to DIN 8555 standards.
See more products
Specifically developed for industrial applications requiring excellent abrasion protection with low impact toughness.
See more products
High-precision plasma powder transferred arc surfacing components for critical machinery components repair.
See more products
Runxing machinery