Runxing RX-m Series specifically engineered for Mining and Cement Chute Liners. High hardness chromium carbide deposit guarantees maximum abrasion resistance.
Fully customizable overlay thickness configurations on standard structural backings. Perfect geometry and flat plate guarantees simple integration.
Premium gasless surfacing wires designed for outdoor applications. High-deposition rate ensures efficient, weather-independent hardfacing.
Engineered composite steel offering extreme surface hardness combined with structural steel toughness to endure heavy impact loads.
Bulk logistics supply of premium wear-protection wires, ensuring long-term operational efficiency and reduction of structural component failures.
Structural steel backing combined with a high-alloy hard weld surfacing, conforming to standard DIN 8555 specifications.
High chromium alloy specifically structured to withstand extreme grinding abrasion, low-impact applications, and sliding stress.
Self-shielded open arc welding formulations offering high chromium alloy matrix configurations for wear plate repair.
In industrial wear management, Self-Shielded Flux Cored Arc Welding (FCAW-S), widely referred to as open arc welding, is a vital technological pathway. Unlike gas-shielded processes (FCAW-G), gasless open-arc wires rely entirely on the chemical composition within their flux core to form a localized shielding atmosphere. Highly active deoxidizers and denitriders such as Aluminum (Al), Magnesium (Mg), and Titanium (Ti) are integrated into the core. During arc plasma generation, these elements immediately react with oxygen and nitrogen drawn from the surrounding ambient air to form dense oxides and nitrides, which quickly float into the slag layer. This in-situ chemical barrier protects the weld pool from porosity and ensures a high-density, crack-free, hard deposit.
Tangshan Runxing Machinery’s proprietary formulations utilize precise ratios of active agents. This configuration maintains arc stability and reduces spatter, ensuring that the deposit exhibits high volumetric density. The primary metallurgical structure yields a matrix dense with primary M7C3 Chromium Carbides, achieving hardness levels between 58 and 65 HRC.
The durability of an overlay plate is determined by its microstructure, not just its surface hardness. The wear-resistant layer of Runxing's Chromium Carbide Overlay (CCO) plates comprises primary carbides ($Cr_7C_3$) distributed within a carbon-saturated eutectic austenite matrix. These primary carbides form as hexagonal prisms oriented perpendicular to the wear surface. This microstructural arrangement withstands severe sliding wear and high-stress grinding abrasion.
Our ongoing partnership with research institutes (such as Tangshan University) allows us to analyze crystallization behavior under varying solidification rates. High cooling rates during the surfacing process prevent carbide coarsening. Finer, well-distributed carbides reduce micro-cracking and prevent macro-spalling under impact conditions.
Founded in 2010 in Tangshan, Hebei Province—the heart of China's heavy steel production—Tangshan Runxing Machinery Co., Ltd. is a leading manufacturer specializing in the R&D, production, and on-site engineering service of hardfacing wear-resistant metal products. Over more than a decade, we have established advanced metal surface hardfacing lines, enabling us to deliver premium wear plates, pipes, flux-cored wires, and custom engineering services globally.
Our export operations are managed exclusively by our authorized trading partner, Hebei Yuwan International Trade Co., Ltd. This division of labor allows our factory to focus entirely on quality control and manufacturing efficiency, while ensuring our global customers experience seamless customs clearance, shipping, and documentation processes.
Traditional chromium-iron wear systems face degradation in temperatures above 450°C. Our technological roadmap includes developing multicomponent carbide alloys containing Niobium (Nb), Tungsten (W), Titanium (Ti), and Vanadium (V). These elements form secondary MC/M2C carbides, ensuring reliable performance in high-temperature environments (up to 750°C).
Environmental compliance is a priority for modern industrial operations. We are engineering self-shielded wires that reduce hexavalent chromium (Cr-VI) emissions in welding fumes by up to 40%. This is achieved by altering the slag-forming system to capture particulates before they enter the workshop atmosphere.
By refining the eutectic spacing to a submicron scale, our future alloy systems will provide higher fracture toughness without sacrificing abrasion resistance. This microstructural advancement prevents crack propagation, making CCO plates suitable for high-impact applications in heavy mining.
Critical equipment uptime depends on wear resistance. Our CCO wear plates and self-shielded repair wires protect raw feed chutes, hopper systems, and vertical roller mill (VRM) components.
Global mining operations require robust materials to handle abrasive ores. Our custom CCO liners are designed to improve equipment life cycles under high-impact conditions.
High operating temperatures and abrasive dust accelerate material degradation. We design surfacing overlays to protect sinter screens, coke guide plates, and blast furnace bell housings.
Our solutions protect coal pulverizer rollers, fan blades, hopper liners, and flue gas dust removal systems from high-velocity particle erosion.
Bulk material handling equipment, stacker-reclaimers, and hopper plates are subject to continuous abrasion. Custom cladding helps mitigate downtime in cargo facilities.
High-purity alumina ceramics, sintered at elevated temperatures, provide wear protection in low-impact, chemical, and slurry transport systems.
We design and manufacture hardfaced pipes, elbows, and custom components, matching the geometry of existing machinery systems.
Using custom automated robotic welding stations, we perform complex resurfacing of industrial rollers, shafts, and large gear rings.
Operating from the industrial hub of Tangshan, Hebei, Tangshan Runxing Machinery incorporates automation within its wear plate production. Our manufacturing plant utilizes multi-gun robotic surfacing systems that ensure heat distribution and weld bead thickness. This automation reduces thermal distortion and optimizes chemical homogeneity across the plate's entire surface area.
By sourcing raw materials from local suppliers, we maintain stable production cycles regardless of global supply chain fluctuations. Our quality management workflow includes ultrasonic bonding inspections, chemical analysis using optical emission spectrometers (OES), and ASTM G65 dry sand abrasion testing for each production batch.
Global industrial operations require supply partners that meet strict compliance and international quality standards. We align our manufacturing processes with international specifications, including DIN 8555 (surfacing alloys classification), EN ISO 14700 (welding consumables for hardfacing), and ASTM G65 (wear performance validation). This compliance ensures our products can be integrated into existing maintenance systems worldwide.
Through Hebei Yuwan International Trade Co., Ltd., we handle all global logistics, providing full documentation, export customs clearance, and DDP/CIF delivery arrangements. This integrated service simplifies procurement, reducing regulatory risks for international buyers.
We supply materials certified to ISO 9001 and ISO 14001 standards, providing Mill Test Certificates (MTC) and chemical composition analyses with every delivery.
Our export team manages container loading, port dispatch, and customs clearance, minimizing transit delays to North America, Europe, Australia, and Central Asia.
We produce wear liners custom-cut via plasma or waterjet systems, designed to match the specific drawing requirements of our clients.
FCAW-S does not require an external shielding gas supply, making it suitable for outdoor applications and onsite repairs where wind might disrupt gas coverage. The flux core contains active deoxidizers and denitriders that protect the weld pool, ensuring high-quality deposits in challenging conditions.
We use proprietary weld deposition techniques to manage dilution rates between the backing steel and the hardfacing overlay. All plates undergo ultrasonic testing to verify bond integrity, preventing delamination under impact loading.
Yes, our CCO plates can be cold-formed or rolled according to design specifications. They can be cut using plasma arc processes or high-pressure waterjets. Welding can be performed on the structural backing plate using standard structural low-hydrogen electrodes.
Hebei Yuwan is the fully authorized trading division of Tangshan Runxing Machinery. They handle all export logistics, international payments, and custom documentation, allowing the manufacturing facility to focus on production quality and consistency.
Yes, we provide custom fabrications, including wear liners, elbows, pipes, and complex chute geometries, built according to provided client blueprints and engineering drawings.
We have launched our updated web platform to streamline global inquiry processing and facilitate collaboration with international wear-resistant suppliers.
We exhibited our wear plate formulations and hardfacing wires at the Johannesburg mining equipment expo, expanding our distribution network in the region.
Academic staff from Tangshan University visited our facility to collaborate on metallurgical research, focusing on carbide size optimization.
Tangshan Runxing has maintained its partnership as an agent for German VAUTID welding consumables, integrating their materials into our high-wear solutions.
We exhibited our CCO wear plates and automated welding systems at South America's major mining exhibition, establishing client partnerships across the region.
Equipped with 4-gun configurations, numerical CNC controls, and touch interface screens for welding wear-resistant plates and rollers.
Custom engineering solutions for fabricating machinery parts, structural brackets, and specialized industrial wear components.
We rebuild and repair worn industrial rollers and mill rolls, improving service life in steel and cement operations.
High hardness wear plates featuring chromium carbide overlays, designed for severe sliding wear environments.
Standard and custom overlay plates designed for mining chutes, hoppers, and industrial transfer points.
Flux-cored wire formulated for hardfacing applications without the need for external shielding gas.
Composite steel plates that combine a tough backing steel with an abrasive-resistant cladding overlay.
We supply a complete range of flux-cored welding wires and hardfacing consumables for industrial maintenance.
Runxing machinery