Engineered to withstand high abrasion, extreme impact, and severe erosion environments across diverse industry segments.
Premium wear plates manufactured using automated open-arc surfacing, featuring dense, hard chromium carbide structures overlaying standard structural backings.
Engineered for out-of-position application, our self-shielded wire yields a high-alloy matrix designed to resist high-stress grinding abrasion with zero external shielding gas requirements.
Features dual-layer structural resilience. The composite plate pairs structural mild steel or pressure vessel steel backing with dense, wear-resistant hardfacing deposits.
Premium wholesale supply of high-grade flux-cored MIG/MAG wires designed for quick surface deposits, excellent weldability, and exceptional resistance to localized mechanical wear.
Heavy-duty Runxing RX-m series specifically formulated for aggressive wear surfaces in mining chutes, conveyor transfer systems, and cement plant hoppers.
Self-shielded and gas-shielded flux-cored wires designed to resist high stress grinding abrasion, reducing equipment maintenance downtime globally.
Highly refined composite alloys with micro-alloyed additives configured to resist heavy stress abrasion under moderate structural impact environments.
Highly automated, energy-efficient hardfacing machines optimized for wear plates, grinding rolls, and roller press repairs. Featuring uniform speed swing control.
In heavy industrial operations such as cement processing, open-pit mining, iron and steel metallurgy, and coal-fired power generation, material abrasion constitutes the single greatest source of operational downtime and maintenance costs. Traditional carbon steel components quickly degrade under continuous mineral crushing, high-velocity gas erosion, and severe mechanical impacts. To counter this, material engineers implement surface hardfacing—the metallurgical process of depositing high-alloy, wear-resistant coatings onto structural bases using flux-cored arc welding (FCAW) or gas metal arc welding (GMAW).
As a premier ODM Mig Wire supplier and specialized manufacturing facility, Tangshan Runxing Machinery Co., Ltd. produces advanced alloyed metal wires that serve as the foundation of heavy machinery lifecycle optimization. With modern industrial automation, the demand for precision-engineered MIG (Metal Inert Gas) wires has shifted from standardized alloys to tailored, custom-chemistries (Original Design Manufacturing). Choosing the correct hardfacing flux-cored wire chemistry enables industries to extend component life by up to 300% to 800%, radically improving plant efficiency and ensuring consistent equipment uptime.
The global hardfacing consumable market has undergone a significant paradigm shift. Heavy industries no longer search for generic welding wire; they look for optimized alloy formulations that address specific wear mechanisms: low-stress scratching abrasion, high-stress grinding abrasion, impact-induced spalling, or high-temperature corrosive erosion. Runxing Machinery bridges this gap by developing specialized self-shielded flux-cored wires and premium bimetallic overlay products, matching precise wear mechanisms with tailored metallurgical formulas.
Established in 2010 in the heavy industrial heartland of Tangshan, Hebei Province, Tangshan Runxing Machinery Co., Ltd. has developed into an international industry leader in the design, production, and installation of surface hardfacing wear-resistant metal products. Runxing’s core engineering competencies center around manufacturing chromium carbide overlay (CCO) wear plates, fabricating custom-engineered wear liners, building wear-resistant pipe structures, and developing state-of-the-art automatic hardfacing welding equipment.
Operating with a philosophy of "Integrity, Superior Quality, Innovation & Sustainable Development", Runxing integrates material science R&D with large-scale production capability. The factory develops high-performance flux-cored welding wires configured for open-arc (self-shielded) and gas-shielded applications. Through years of research, Runxing has optimized the dispersion of primary chromium carbides (M7C3 type) within the overlay matrix, maintaining a hard, wear-resistant structure while preserving the toughness of the structural steel backing.
To expand international accessibility, Runxing Machinery works closely with Hebei Yuwan International Trade Co., Ltd. This authorized export division manages all logistical operations, export licensing, custom clearances, global shipping documentation, and multi-currency transactions. This division of labor allows Runxing’s metallurgy and engineering teams to focus entirely on maintaining stable manufacturing parameters, material quality, and customer-driven ODM customization.
A comprehensive view of how we optimize the chemistry of ODM Mig Wire to extend equipment lifespan.
By adding precise ratios of Niobium (Nb), Titanium (Ti), and Boron (B), we refine the grain structure of the primary chromium carbides. This prevents crack propagation and ensures that the overlay remains intact under moderate-to-high mechanical impact loading.
Our proprietary manufacturing line ensures high consistency in flux-powder filling within the tubular steel sheath. Consistent fill ratios mean steady arc characteristics, zero feed interruptions, minimal spatter loss, and predictable deposit thickness during automated welding.
We target a microstructure rich in hexagonal M7C3 carbides with hardness levels reaching 1500 to 2000 HV, dispersed uniformly within a tough, stable austenitic matrix. This balance delivers both hardness (HRC 58-65) and crack prevention during thermal contraction.
Spectrographic analysis of raw ferroalloy inputs to guarantee high chemical purity and precise carbon-to-chromium ratios.
Forming carbon steel strips into U-shapes, filling with optimized alloying powders, and sizing through custom-configured drawing dies.
Regular weld-deposit tests analyzing bead profile, slag release properties, overlay hardness, and microstructure homogeneity via microscopy.
Packaging in moisture-resistant vacuum packaging to prevent hydrogen-induced cracking during ocean transit, supported by Yuwan Trade logistics.
From cement plants to deep-sea dredging, our wear materials are configured for the harshest working conditions.
Key areas like vertical raw mills, roller presses, classifier blades, and guide vanes face extreme grinding abrasion. Our high-chromium overlay plates and specialized hardfacing welding wires extend the service life of roller assemblies, ensuring continuous clinker production.
Chutes, dump truck beds, hopper liners, and loader buckets suffer severe impact and abrasive wear from moving large volumes of hard minerals. Runxing RX-m series CCO plates are customized to handle the heavy scraping of raw iron ore, coal, and copper concentrates.
Blast furnace components, coke guide plates, receiving hoppers, and sinter screen plates operate under high temperatures and constant abrasion. Our customized hardfacing alloys maintain structural integrity and hardness at high temperatures, preventing early failure.
Coal pulverizers, exhauster fan blades, burner nozzles, and dry ash conveying systems experience high-velocity erosion. Thin-layer CCO plates and precision flux-cored wire help minimize component weight while maximizing resistance to particle erosion.
Stacker-reclaimer liners, grab buckets, and dredge pump casings operate in abrasive, wet environments. Runxing produces complex carbide alloys that resist corrosion and slurry erosion, lowering maintenance costs in bulk shipping facilities.
Leveraging China's leading metallurgical infrastructure to deliver cost-effective, high-performing wear products globally.
Operating out of Tangshan, Hebei Province—the center of China's iron and steel manufacturing—provides Runxing Machinery with significant supply chain advantages. We source high-purity raw steel and ferroalloys directly from local mills, reducing raw material transportation times and keeping material costs highly competitive. This strategic location enables us to scale production up or down quickly, meeting large-scale project demands on short notice.
Our factory relies on automated manufacturing systems to ensure high quality and lower production costs. Our flux-cored wire drawing lines, robotic hardfacing machinery, and computerized heat-treatment controls minimize human error, producing consistent welding wires and wear plates. This combination of raw material proximity and automation allows Runxing to deliver high-performing products at competitive pricing.
To simplify the procurement process for international buyers, all export logistics, customs clearance, and global financial transactions are handled by our authorized partner, Hebei Yuwan International Trade Co., Ltd. This specialized trading division manages international shipping documentation, bill of lading requirements, customs clearance, and multi-currency payment collection. This arrangement allows the engineering and production teams at Runxing's factory to focus entirely on maintaining stable manufacturing parameters and product quality.
Runxing also understands that localized support is key to customer satisfaction. We provide tailored technical assistance, ranging from selecting the proper alloy for specific wear patterns to advising on welding parameter adjustments for our flux-cored wires. For major industrial projects, we can supply complete technical reports, metallurgical cross-sections, and field-testing data, helping maintenance engineers make informed decisions.
Our long-term partnership with VAUTID Germany (as a qualified agent for six consecutive years) highlights our commitment to quality. By combining German engineering standards with Hebei's manufacturing scale, we supply products that meet the highest international wear protection standards, delivering reliable performance in demanding environments worldwide.
Detailed technical answers to help engineers and procurement managers choose the right wear solutions.
Custom-engineered components, hardfacing consumables, and automatic welding machinery built to reduce plant operating costs.
High-chromium weld overlays deposited on structural steel plates, designed for chutes, bins, and hopper liners.
Designed for convenient field maintenance, these wires provide high deposit rates without external shielding gas.
A combination of a weldable mild steel backing and a hard, wear-resistant overlay, offering a balance of toughness and wear protection.
Available in bulk reels and spools, designed for rebuilding worn equipment in heavy machinery maintenance yards.
A high-hardness overlay plate formulated for severe abrasion in mining chutes and cement handling systems.
Full fabrication service, providing finished wear liners, custom pipe fittings, and pre-formed chutes ready for installation.
Wear restoration services using specialized hardfacing alloys to rebuild rollers for cement and coal vertical mills.
Wear plates manufactured in compliance with international DIN 8555 specifications, providing reliable, standard-conforming hardfacing deposits.
Runxing machinery