Customized chromium-carbide alloy composition engineered specifically to withstand heavy abrasion and impact cycles in the Silesian mining operations.
No shielding gas required. Optimized for harsh outdoor repair environments, steel structure builds, and field restoration across Baltic port terminals.
Highly uniform overlay deposits with high-concentration primary carbides. Tailored dimensions strictly adhering to European mechanical design specifications.
High-deposition welding wire ideal for structural restoration, bulk hopper cladding, and rebuilding heavy excavation components in Central Europe.
Poland has solidified its status as one of Europe's premier manufacturing and heavy industry hubs. From the coal and copper mining basins of Upper Silesia (Górny Śląsk) managed by industrial giants like KGHM, to major power plants such as Bełchatów and Kozienice, the demand for durable materials is soaring. Extreme abrasion, impact, and high-temperature operating conditions call for top-tier wear-resistant solutions. Structural wear in raw material transportation, pulverizers, chutes, and excavation buckets directly threatens production uptime and inflates operational budgets.
To address these issues, Polish industrial facilities are transitioning from conventional structural steels to advanced wear protection solutions. This includes Bimetallic Chromium Carbide Overlay (CCO) plates and high-alloy Flux-Cored Welding Wires. Our factory is at the forefront of this shift, providing metallurgical components specifically designed to endure the abrasive environments characteristic of Polish heavy industries.
In Poland's highly competitive industrial sector, minimizing downtime is a key objective. The trend is moving away from simply replacing worn-out components and toward automated on-site reclamation. Employing robotic cladding systems alongside high-deposition welding wire allows maintenance teams to rebuild worn surfaces with minimal thermal distortion and superior wear performance.
Additionally, the alignment with EU Green Deal initiatives means Polish factories must lower their carbon footprint. Reclaiming worn machinery via hardfacing, rather than purchasing new steel castings, presents a sustainable path forward. This approach significantly reduces carbon emissions and energy consumption, positioning automated hardfacing as a preferred practice for forward-thinking procurement teams across Poland.
When sourcing hardfacing consumables and wear plates for European markets, logistics, custom specifications, and compliance are paramount. Procurement teams at Polish companies demand complete transparency regarding chemical configurations (e.g., precise Chromium and Carbon ratios), hardness consistency (HRC ratings), and dimensional tolerances. Working directly with an established manufacturer guarantees batch-to-batch stability that trading intermediaries often struggle to match.
To address these requirements, all our export operations are managed by Hebei Yuwan International Trade Co., Ltd., securing seamless customs clearance, detailed certification, and optimized transport routes directly to locations like Gdańsk, Katowice, or Poznań. This structured trade framework lets our production floor focus strictly on maintaining quality control, ensuring timely shipments that align with European supply chain standards.
Tangshan Runxing Machinery Co., Ltd. was established in 2010 as a dedicated developer, producer, and service provider of advanced hardfacing alloys and wear-resistant metal products. Strategically located in Tangshan, Hebei Province—a key center of Chinese steel manufacturing—we utilize top-tier raw materials and proprietary manufacturing processes to supply markets worldwide.
Our catalog features premium-grade Chromium Carbide Overlay (CCO) plates, custom wear liners, specialized hardfacing flux-cored wires, and automated surfacing machinery. We are dedicated to quality and continuous innovation, utilizing our metal surface hardfacing technology to design custom wear-prevention programs for heavy industries globally.
Importantly, Runxing Machinery has been certified as a qualified agent for Germany's prestigious VAUTID brand for six consecutive years. This underlines our commitment to Western European engineering standards and strict quality control.
Hebei Yuwan International Trade: Our authorized trade division coordinates all global transactions, handling shipping documents, customs clearance, and structured payments. This setup allows our factory staff to focus entirely on metallurgical precision and maintaining on-time delivery schedules.
Bimetallic Solutions: We manufacture composite materials utilizing structural steel backing plates with hard weld surfaces corresponding to DIN 8555 specifications.
Maintaining high equipment availability in cement plants. Our wear-resistant plates ensure prolonged operating times for key systems under abrasive conditions.
Cost-effective wear protection designed for high-stress grinding abrasion in coal and copper recovery equipment across Poland.
Heavy-duty protection designed to withstand raw mineral transport, high temperatures, and corrosive environments in metal refining.
Wear protection solutions for fan blades, fuel hopper liners, pulverizer mills, and dust collection networks.
Protection for bulk cargo transport chutes, grab buckets, and stacker reclaimers operating in Baltic port complexes.
High-purity alumina ceramics sintered under tight temperature controls, offering a lightweight alternative for pure slide-abrasion environments.
New wear configurations and engineering solutions are continuously added to suit evolving industrial requirements.
Currently developing complex carbide overlay formulas tailored for environments experiencing combined high-impact and thermal stress.
Participated in the International Construction Machinery Exhibition in Johannesburg, showcasing high-chromium overlay plates and flux-cored solutions to mining operators.
Yuan Shaoqiang (Dean of Tangshan University) and Yang Yuehui (Metal Materials Team Leader) inspected our production lines to review cooperative surface forming technologies.
For six consecutive years, Runxing Machinery has been certified as a qualified VAUTID agent, utilizing their high-grade welding alloys for premium wear products.
Showcased our complete range of mining wear plates and automated welding machinery, expanding our service footprint within European-owned mining concerns globally.
Our website has entered its trial operation phase, streamlining digital procurement and direct-to-factory communication for global buyers.
Our composite wear plate manufacturing utilizes a structural steel backing plate combined with a specialized hard weld surface, conforming to DIN 8555 standards. We supply our RX®wp 7600 composite series in multiple base-to-overlay ratios (e.g., 6+4, 8+6, 10+10, 12+12). This material maintains high wear resistance under heavy sliding abrasion at temperatures up to 350°C.
Industrial rollers, coal mill components, and vertical mills are critical to processing operations. Re-surfacing worn rollers rather than replacing them offers a practical way to manage costs. Runxing Machinery utilizes dedicated open-arc and submerged-arc cladding setups to restore component geometry and apply a fresh, wear-resistant overlay to mill rollers and grinding disks.
Our surfacing systems feature adjustable oscillation widths, variable speeds, and multi-gun heads to apply the alloy overlay uniformly. Reclaiming these high-value components helps reduce mechanical downtime and lowers the total cost per processed ton.
We also design and build the automated welding setups used in our own workshops. These systems feature four welding guns capable of working independently or in unison, controlled through a user-friendly touch-screen CNC interface. Designed to handle solid, flux-cored, and self-shielded wires, this machinery is well-suited for high-efficiency wear plate production, roll repairs, and structural cladding.
High-chromium flux-cored wires designed for high-stress grinding abrasion and impact protection.
Designed for on-site repairs and maintenance where gas shielding is not practical.
Composite wear plates featuring a structural steel backing and hard weld overlay.
High-alloy welding wires tailored for wear plate production and industrial restoration.
Self-shielded hardfacing wire designed to provide wear resistance under low-impact grinding conditions.
Engineered for mining and cement chutes, hoppers, and highly abrasive material pathways.
High-quality composite steel plates designed for heavy sliding wear protection.
Custom cutting, bending, and drilling services for direct installation on industrial components.
Runxing machinery