Explore our premium range of hardfacing overlay wear plates, high-alloy welding wires, and custom PTA engineering components.
Runxing RX-m Series specifically designed for Mining and Cement Chute Liners to maximize equipment lifetime.
Premium grade welding consumables manufactured to European standards, perfect for severe impact wear resistance.
Expertly manufactured CCO plates designed for extreme abrasive stress environments in steel, cement, and power plants.
High-quality composite steel plates offering robust structural backing combined with outstanding wear performance.
Advanced hardfacing wire optimized for open-arc processing, ideal for field repairs on rollers and heavy gear.
Premium wear plate made of structural steel backing and hard weld surfacing, conforming to DIN 8555 standards.
Formulated specifically to resist high-stress grinding abrasion and low-impact sliding actions.
High-precision Plasma Transferred Arc welding system offering thin, dense cladding overlays with zero porosity.
In modern heavy industry, equipment downtime caused by surface degradation is the single most costly risk factor. Traditional hardfacing techniques, while useful, struggle under severe operational conditions involving high temperatures, sliding abrasion, and mechanical impacts. This is where Plasma Powder Welding (also known as Plasma Transferred Arc or PTA welding) represents a major technical leap.
Unlike traditional Gas Metal Arc Welding (GMAW) or Flux Cored Arc Welding (FCAW) systems, Plasma Powder Welding utilizes a highly constricted, extremely high-temperature plasma arc to melt both the cladding material (supplied as fine metal powder) and a very thin surface layer of the base metal. Because the heat source is focused, the dilution of the cladding alloy by the base metal is strictly controlled, typically staying below 5% to 10%. This is critical: keeping dilution low ensures that the wear-resistant properties of the specialized powder (such as chromium carbide, tungsten carbide, or cobalt-based matrices) are fully preserved in the final layer.
To understand why global buyers are increasingly specifying ODM Plasma Powder Welding for high-value applications, we compare the key surfacing technologies below:
China's dominance in industrial manufacturing is well recognized, but the benefits of partnering with a professional Chinese manufacturer like Tangshan Runxing Machinery Co., Ltd. go beyond cost reduction. Our advanced fabrication facilities, situated in the industrial center of Tangshan, Hebei Province, offer direct advantages to international OEMs and purchasing directors:
Founded in 2010, Tangshan Runxing Machinery Co., Ltd. is a specialized manufacturer focused on the R&D, fabrication, and on-site repair of hardfacing wear-resistant metal products. Our mature surface engineering technologies are trusted across the globe, serving industries such as cement, mining, steel production, dredging, and power generation.
Our production floor features CNC automated multi-gun surfacing machinery designed to overlay chromium carbide composites, tungsten carbide matrices, and complex alloys onto steel plates, industrial rollers, pipes, and custom fabrications.
Engineered surfacing solutions tailored to handle specific environmental wear, thermal cycles, and impact profiles.
Cement plants run on tight margins where equipment availability is paramount. We supply custom CCO wear plates and rebuild vertical grinding rolls to prevent raw material friction damage.
Severe sliding wear from crushed quartz, granite, and coal requires high-hardness surfacing. Our Runxing RX-m series provides unmatched longevity for chute liners and excavators.
Iron and steel production lines subject rollers to hot mechanical wear, thermal cycles, and corrosion. Our PTA cladded continuous casting rolls significantly extend operation runs.
We provide specialized wear protection for coal mills, coal dust transport systems, exhaust fan blades, and high-velocity conveyor chutes.
Stackers, reclaimers, and harbor loaders handle millions of tons of abrasive materials annually. Our impact-resistant bimetallic plates protect critical structural junctions.
For specialized ultra-fine friction environments, we integrate high-purity sintered alumina ceramics into metal-matrix panels for optimal durability.
We are continuously developing next-generation metallurgical matrices to combat hybrid wear, mixing corrosion and severe friction challenges.
Incorporating refined nano-carbide dispersions within PTA powder feeds to provide double the wear-life of industry-standard materials.
Global procurement divisions in the mining, cement, and energy sectors are shifting from a "transactional replacement" procurement model to a "lifetime value optimization" (LVO) framework. Under this philosophy, purchasing managers do not merely look at the purchase price of a wear component; they evaluate the total lifetime cost, including installation windows and losses incurred during unscheduled line shutdowns.
By using an experienced ODM provider like Runxing Machinery, buyers can customize the structural backing chemistry to match local weldability requirements (e.g., specifying low-carbon equivalents for low-temperature operation) while targeting key areas with customized PTA powder claddings.
Our technical collaborations with academic and international bodies indicate three major developments dominating the industry:
Four-gun PTA automatic setups operating with uniform swing oscillation speed to eliminate surface imperfections.
Continuous validation via VAUTID criteria, guaranteeing premium microstructures and hard-phase dispersion.
Export processes managed cleanly by Yuwan Trade, handling compliance, port operations, and international payments.
How Runxing bridges theoretical materials research with practical, field-proven industrial solutions.
We launched our dedicated platform (runxing-machinery.com) to allow procurement engineers to customize, order, and track complex metallurgical orders online.
At Johannesburg, South Africa, Runxing Machinery presented state-of-the-art CCO wear plates and PTA rebuild solutions to major gold and coal mine operators.
Dean Yuan Shaoqiang, Vice Dean Li Jing, and Professor Yang Yuehui led a materials science delegation to research and optimize our PTA surfacing microstructures.
We have been a certified partner for Germany's premium VAUTID brand, highlighting our engineering team's high technical capabilities and adherence to world standards.
Participating in the world's second largest mining show, we showcased custom wear plate solutions optimized for hard rock mining operations across Latin America.
Addressing the critical parameters that project designers and purchasing managers evaluate during sourcing.
PTA surfacing is superior because of its highly constricted arc, which focuses heat exactly where needed. This keeps dilution from the base plate to a minimum (typically below 5-10%), preserving the high hardness and chemistry of the wear alloy. In contrast, standard arc processes dilute the deposit with up to 30% carbon steel base metal, degrading the wear resistance.
Every batch undergoes metallurgical inspection, thickness mapping, and surface hardness testing using calibrated Rockwell testers. Export documentation, custom trade declarations, and logistics logistics are handled by Hebei Yuwan International Trade Co., Ltd., ensuring full regulatory compliance in destination ports across Europe, Central Asia, and Africa.
Yes. We offer cobalt-based (Stellite equivalents) and nickel-based matrices mixed with fine tungsten carbides. These mixtures maintain structural hardness and block oxidation at operating temperatures exceeding 650°C, typical in steel mills and power plant exhaust hoods.
We generally weld onto Q235B, Q355B structural carbon steels, or high-tensile backing plates. Plate thicknesses range from 4+4 (4mm base plate + 4mm overlay) up to 20+20mm, with maximum plate lengths reaching up to 3000mm. We can also pre-cut custom shapes using CNC plasma cutters and weld attachment studs to the back.
It ensures that the high-alloy flux-cored wires and cladding powders we use match the high standards of European industrial engineering. This guarantees chemical consistency across large product batches, resulting in predictable wear performance and reliable lifetimes for heavy gear.
A preview of our production equipment, testing machinery, and ISO quality management processes.
Ensure maximum uptime using our industry-certified overlay plates, surfacing equipment, and rebuilding services.
Proprietary hardfacing overlay plates built to resist high friction and impact in chute linings.
High chromium and customized alloy wires developed for open arc rebuilding operations.
Manufactured overlay plates delivering consistent performance and structural flatness.
Dual-layer structure combining carbon steel structural support with high-hardness chromium overlays.
CNC hardfacing machines equipped with 4-gun configurations, adjustable swing widths, and touchscreen control interfaces.
Full fabrication and precision machining services for custom structural parts and complex wear assemblies.
Advanced surfacing repair services for vertical mills, coal grinding rolls, and high-temp continuous casting rolls.
Tungsten carbide, nickel, and cobalt powders optimized for high-efficiency plasma transfer arc operations.
Runxing machinery