High Quality Equipment & Solutions
Designed for heavy abrasion resistance and surface protection in extreme industrial conditions.
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Advanced welding wire formulations engineered to rebuild and protect mining and milling equipment.
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Engineered for extreme sliding wear environments, offering an ultra-hard alloyed surface overlay.
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Premium wear protection engineered specifically for mining chute liners and cement hoppers.
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High-alloyed plates offering unmatched resistance to severe grinding abrasion and low impact.
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Composite material made of a structural steel backing & a hard weld surfacing corresponding to DIN 8555.
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Optimized to resist high stress grinding abrasion with low impact. Engineered for structural applications.
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High chromium hardfacing alloys designed for tough industrial wear environments.
See More Products >Industry Analysis & Technical Breakthroughs
Tungsten Inert Gas (TIG) welding remains the gold standard for high-purity, structurally critical joints in stainless steels, nickel-based superalloys, and titanium alloys. Historically, however, the process has suffered from a significant technical limitation: restricted weld penetration. Conventional TIG welding often requires joint preparation, multi-pass beveling, and significant consumption of expensive filler metals. To circumvent this, modern industrial environments have widely adopted Activated TIG (A-TIG) fluxes.
Active TIG welding fluxes utilize custom-engineered mixtures of metal oxides, fluorides, and halides. When applied to the weld zone as a thin paste, these compounds reverse the surface tension temperature coefficient of the molten pool (the Marangoni effect) and restrict the electric arc. The result is a dramatic increase in depth-to-width ratio, achieving deep penetration (up to 8mm in a single pass without beveling) while mitigating heat-induced deformation.
In heavy-duty sectors like petrochemical engineering, aerospace structures, pressure vessel fabrication, and nuclear energy systems, procurement managers prioritize batch-to-batch consistency and trace element control. Standardizing A-TIG flux compositions ensures that weld microstructures remain free from slag inclusions, hot cracking, and delta-ferrite depletion.
As global supply chains demand shorter cycle times, manufacturers must adopt high-efficiency fluxes that do not compromise structural integrity. Selecting a certified manufacturer capable of providing comprehensive raw material transparency, precise grain-size distribution, and strict conformity to standards such as DIN 8555 and ASME Section IX is paramount.
Precision Manufacturing Since 2010
Founded in 2010 in Tangshan, Hebei Province—the heartland of China's heavy steel metallurgy—Tangshan Runxing Machinery Co., Ltd. has established itself as an authoritative leader in the R&D, manufacturing, and on-site implementation of wear-resistant cladding products.
Runxing Machinery specializes in high-hardness chromium carbide overlay (CCO) wear plates, customized wear liners, hardfacing flux-cored wires, automatic hardfacing machines, and high-precision roller surfacing repair systems. Backed by state-of-the-art laboratory testing and a highly skilled research group, our company continuously develops metallurgical solutions to mitigate wear in harsh industrial operations.
Global Trade & Partnerships:
Supply Chain Security & Smart Factories
In today's volatile economic climate, industrial buyers prioritize risk mitigation and procurement velocity. Tangshan Runxing’s advanced manufacturing facilities integrate modern digital factory principles. Our production lines feature automated powder formulation controls, computerized thermal monitoring, and precision wire extrusion lines that keep strict chemistry control on every batch of flux and wire.
Operating within Tangshan’s massive industrial corridor allows us to secure reliable raw materials and enjoy efficient logistics. This domestic integration shields our partners from sudden price shocks and supply delays. Partnering with a specialized factory like Runxing, backed by Hebei Yuwan International Trade’s logistical network, ensures that bulk shipments of wear plates, customized liners, and hardfacing consumables are delivered safely, on time, and with full traceability.
In-house laboratories inspect chemical structures using carbon-sulfur analyzers, wear-loss testing, and ultrasonic thickness gauges to ensure consistent DIN 8555 compliance.
Providing customized wear solutions based on the specific temperatures, speeds, and abrasive environments of your plant operations.
Direct-from-factory logistics coupled with Hebei Yuwan's expert trade routing ensures reliable lead times, even during tight global shipping schedules.
High-Performance Wear Engineering
Industrial components face unique challenges across different operational environments. Tangshan Runxing delivers specialized wear-resistant technologies tailored to these distinct conditions.
Operating equipment under constant mechanical load requires highly durable wear protection. Runxing's hardfacing plates and vertical mill rollers are engineered to handle the severe abrasion of cement production, extending operational life and reducing downtime.
Explore Cement Solutions >Mining operators need durable materials to maintain yield under heavy impact and friction. Our high-hardness CCO wear plates and liners protect critical transfer chutes, truck beds, and sizing screens from premature failure.
Explore Mining Solutions >Faced with high heat, intense friction, and chemical attack, steel manufacturing demands rugged surfacing solutions. Runxing’s bimetallic composite plates protect sinter screens, coke hoppers, and guide plates.
Explore Steel Solutions >Wear protection is critical for pulverizer mill liners, coal pipes, exhaust fans, and flue gas systems. Our overlay plates and weld wires ensure components handle constant abrasive fly ash streams.
Explore Power Solutions >Continuous loading and unloading of mineral ores and coal accelerates hopper and grab bucket wear. Runxing's wear plates help port operations maintain rapid, uninterrupted material handling.
Explore Port Solutions >For applications where high-temp corrosion matches mechanical wear, our sintered high-purity alumina ceramics provide an excellent alternative wear protection layer.
Explore Ceramic Solutions >Figure 1: Runxing Automated CNC Multigun Surfacing System in operation.
Automated Surfacing Equipment
The performance of a wear overlay depends heavily on the application process. Runxing designs, manufactures, and commissions high-automation surfacing equipment. Our systems feature advanced CNC interfaces, 10.2-inch touch-screen parameter controls, and multi-gun heads that operate either simultaneously or independently.
Our automated welding rigs support solid-core, gas-shielded, flux-cored, and self-shielded wires. Designed to produce uniform weld passes with minimal thermal distortion, these systems are used globally for fabricating composite plates and rebuilding industrial rollers.
For operations managing critical rollers—including steel mills, cement crushing rolls, and coal pulverizers—our roll repair division leverages these automated systems to restore worn parts to original dimensions, helping reduce plant operating costs.
Events, Trade Shows & Technical Milestones
In September 2024, our technical engineering team showcased our latest CCO plates and wear-resistant liners in Johannesburg, South Africa, strengthening partnerships across the African mining belt.
Read More >Yuan Shaoqiang, Dean of Tangshan University, along with the Metal Materials and Forming Technology team, visited our manufacturing facility to collaborate on next-generation hardfacing alloys.
Read More >Runxing exhibited at EXPOMIN, South America's premier mining trade show, showcasing our heavy-duty wear liners and bimetallic plates designed for high-altitude copper mining.
Read More >Expert Q&A Section
Full Cladding Product Lineup
Designed for heavy abrasion resistance and surface protection in extreme industrial conditions.
Request Quote >
Advanced welding wire formulations engineered to rebuild and protect mining and milling equipment.
Request Quote >
Engineered for extreme sliding wear environments, offering an ultra-hard alloyed surface overlay.
Request Quote >
Premium wear protection engineered specifically for mining chute liners and cement hoppers.
Request Quote >
High-alloyed plates offering unmatched resistance to severe grinding abrasion and low impact.
Request Quote >
Composite material made of a structural steel backing & a hard weld surfacing corresponding to DIN 8555.
See More Products >
Optimized to resist high stress grinding abrasion with low impact. Engineered for structural applications.
See More Products >
High chromium hardfacing alloys designed for tough industrial wear environments.
See More Products >Global Trust & Collaborations
Runxing machinery
