Engineered to withstand severe abrasive environment and high impact. Selected from our core bimetallic alloy and flux-cored wire product lines.
Manufactured through open-arc surfacing, presenting exceptional abrasion resistance up to 600°C. Perfect for Denmark heavy bulk handling.
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Standard base steel Q235B/Q355B bonded with premium chromium-rich carbide layers. Highly adaptable sizes and customized finishes.
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Engineered for high stress grinding abrasion, utilizing our signature RX-m alloy formulation to enhance liner service life by 500%.
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Our proprietary formulation of alloy powder core wires. Designed for smooth deposit, minimized spattering, and consistent high hardness.
Learn Technical Specs →Denmark has established itself as a global leader in green transition, industrial automation, and high-efficiency machinery manufacturing. However, heavy mechanical wear remains a critical challenge for industrial operators aiming to minimize down-time and maintain structural safety. The shift toward waste-to-energy plants (such as the advanced Amager Bakke in Copenhagen), biomass power generation, wind turbine heavy fabrication, and sustainable recycling plants has changed the demands on wear protection. Traditional mild steels and even quenched-and-tempered (AR400/500) plates are no longer sufficient to handle the severe erosion, high-temperature corrosion, and complex abrasion patterns found in these operations.
Additionally, Denmark is home to FLSmidth, a premier global supplier of engineering, equipment, and service solutions for the cement and mining industries. The high standards of Danish engineering dictate that any hardfacing component must comply with rigorous dimensional tolerances, metallurgical consistency, and environmental regulations. As a dedicated bimetallic wear plate factory, we engineer our Chromium Carbide Overlay (CCO) plates to perform under extreme friction and wear, providing high-quality solutions that lower operating costs for Danish engineering firms, cement processing hubs, and port terminal operators.
Understanding how Runxing CCO wear plates achieve superior wear rates under ASTM G65 testing compared to traditional abrasive resistant plates.
Standard quenched-and-tempered steels rely on grain refinement and heat treatment for their surface hardness. Once subjected to high frictional heat or localized wear, their hardness degrades. Our Bimetallic Chromium Carbide Overlay (CCO) wear plates, however, feature a microstructure packed with primary $M_7C_3$ carbides. These chromium-rich carbides are oriented perpendicular to the wear direction, providing a resilient barrier against abrasive media like cement clinker, silica, slag, coal dust, and marine sand.
| Property Parameter | Runxing RX®wp 7600 Standard Specification | Danish Industrial Advantage |
|---|---|---|
| Chemical Composition | Cr: 25 - 40% | C: 3.5 - 5.5% | Mn, Si balance | Ensures high volume fraction of primary $M_7C_3$ carbides |
| Micro-Hardness | Carbide phase: 1200 - 1600 HV0.3 | Matrix: Austenitic | Protects against cutting and gouging by sharp abrasive quartz particles |
| Macro-Hardness | 58 - 62 HRC (600 - 720 HBW) | Exceeds standard structural and carbon steels by 4-5 times in lifecycle tests |
| Max Temperature Limit | Up to 350°C (standard series); up to 650°C (special high-temp grade) | Perfect for Danish waste-to-energy boiler chutes and cyclone separators |
| Stress Relief Cracks | Evenly spaced transverse cracks (normal to wear direction) | Relieves structural tension, permitting cold-rolling down to minimum radii |
A common mistake in Denmark mining and recycling applications is selecting standard CCO plates for heavy-impact rock chutes. When oversized granite rocks drop from height, thick CCO layers can suffer from micro-spalling. Runxing offers tailored solutions: thinner overlay layers (e.g., 4 on 6) on tougher backing steels (such as S355J2+N) to absorb impact, or specialized complex carbide chemistries containing Niobium, Boron, or Tungsten to refine the carbide structure.
Comprehensive wear solutions including base materials, precision processing equipment, repair services, and bespoke component engineering.
Composite material wearplate made of a structural steel backing & a hard weld surfacing corresponding to DIN 8555. Outstanding flatness and dimensional accuracy for Denmark's strict requirements.
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Self-shielded flux cored wire. High chromium alloy designed for resisting high stress grinding abrasion with low impact. Ideal for on-site rebuilding of worn surfaces in Danish ports.
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Self-shielded flux cored wire overlay applications. Excellent fusion rate and microstructural consistency to minimize downtime during scheduled plant overhauls.
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RX® Surfacing equipment features a 10.2-inch touch screen control, four working guns operating simultaneously, and adjustable swing paths for producing uniform wear-resistant cladding layers.
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Equipped with state-of-the-art CNC cutting table, rolling machines, and drill presses to deliver ready-to-install custom liner shapes based on your drawing layouts.
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Automated surfacing rebuilding services for coal mills, vertical mills, and roller presses used in steel, power, and cement plants to restore optimal profiles and reduce raw operating costs.
Inquire for Denmark Market →How we customize CCO and bimetallic compounds to address the specific abrasion, impact, and corrosion challenges across diverse heavy industries.
Our solutions target equipment availability. We custom fabricate separator guides, raw material feed chutes, and fan housings to resist raw clinker dust wear, matching local engineering specifications.
To help quarry operators in Jutland and global mining partners boost productivity and profitability, our high-hardness CCO liner plates protect screen decks, dump truck beds, and hopper walls.
Sinter chutes, coke screen decks, and blast furnace receiving hoppers endure extreme thermal stress combined with severe abrasion. We deliver specialized complex carbide overlays for these zones.
Reliable wear protection for pulverizer mill blades, dust transport systems, coal chutes, and exhaust fan housings. Essential for ensuring continuous energy production with minimal maintenance downtime.
Danish ports handle vast amounts of grain, biomass, and sand. We engineer liner plates for grab buckets, ship loader hoppers, and transfer conveyor chutes to prevent erosion from salt spray and friction.
Where steel backing is weight-prohibitive, we supply wear-resistant alumina ceramic tiles sintered at high temperatures, offering high erosion resistance for clean chemical and dust conveying paths.
We work closely with technical universities and testing facilities to develop new alloy formulations, adapting to the changing needs of the global circular economy.
Ongoing research focuses on sub-micron carbide distribution, improving toughness without compromising hardness, and providing superior protection for heavy machinery.
Founded in 2010, Tangshan Runxing Machinery Co., Ltd. is a professional manufacturer located in Tangshan, Hebei Province, focusing on the R&D, production, and on-site construction service of hardfacing wear-resistant metal products. With over a decade of dedication to metal surfacing metallurgy, we have developed a robust catalog of chromium carbide overlay (CCO) wear plates, custom processed liners, wear-resistant pipes, flux-cored welding wires, and automated surfacing machinery.
To offer a seamless procurement experience for our global clientele, all export operations are fully authorized and managed by Hebei Yuwan International Trade Co., Ltd. This specialized division manages customs clearance, shipping logistics, documentation, and payment processing, allowing our manufacturing plant to focus on product development, strict quality inspection, and timely delivery.
We supply customized wear solutions to cement, steel, mining, dredging, and power generation plants worldwide, having established a solid reputation for quality in Europe, Central Asia, and South America.
How we ensure our products meet Danish and wider European industrial guidelines, certifications, and technical standards.
Importing heavy metal components into Denmark requires strict adherence to European quality standards. At Runxing Machinery, our production process is ISO 9001 certified. We supply Mill Test Certificates (MTC) in accordance with EN 10204 Type 3.1 for all deliveries, detailing the chemical composition and hardness profiles of the steel plate backing and overlay deposit.
Danish machinery builders and engineering contractors can easily integrate our custom-cut, pre-drilled plates into their equipment designs. We ensure compatibility with standard structural steels (such as S235, S355, and pressure vessel grades) and offer custom welding prep angles, allowing your workshop to install our products with minimal prep time. Our logistics partner, Hebei Yuwan International Trade, coordinates shipping directly to key Danish ports like Esbjerg, Aarhus, and Copenhagen, managing all European import compliance paperwork.
Our commitment to collaborative engineering and industry-wide innovation, demonstrated on global platforms.
Our online portal runxing-machinery.com is designed to streamline sourcing for industrial wear products, serving as a comprehensive procurement platform.
We showcased our wear solutions, bimetallic plates, and hardfacing wires at the South Africa International Construction and Mining Machinery Expo in Johannesburg.
Dean Yuan Shaoqiang and the metal materials research team visited our facilities to collaborate on enhancing the microstructural performance of CCO alloys.
Runxing has maintained a six-year partnership as a qualified representative for Germany's VAUTID welding materials, supporting our high-end fabrication projects.
We participated in the Expomin exhibition in Santiago, Chile, presenting our custom CCO chute liners to mining operators from South America.
Explore our complete range of bimetallic wear plates and hardfacing welding wires, complete with original manufacturer specifications and design links.
Our flagship CCO composite plate. Manufactured with advanced cladding to ensure consistent carbide density throughout the overlay.
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Fully customizable backing options (including stainless steel or heat-resistant alloy base plates) for challenging corrosive environments.
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Specially engineered for high-silica ores and heavy abrasion, providing reliable protection for cement and mining chute liners.
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Alloy wires optimized for repair shops and maintenance welding, offering low spatter and high overlay efficiency.
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Our premium mining series, available in various custom dimensions to suit your specific hopper, pipe, and chute liner dimensions.
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Manufactured on our automated four-gun surfacing stations to guarantee consistent weld bead height and composition.
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Designed for field operations. Requires no external shielding gas, making it suitable for wind-exposed coastal environments in Denmark.
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Finished to strict flatness tolerances. Ideal for constructing custom fan blades, vibratory feeders, and high-velocity gas lines.
See Technical Specs →Get professional answers regarding specifications, wear life, export procedures, and local integration for the Danish market.
Get in touch with our engineering team for custom material selections, technical specifications, and bulk pricing for the Denmark market.
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