Designed for immediate deployment in high-abrasion environments including Cikarang, Karawang, and wider Indonesian industrial zones.
High-alloy surfacing wire engineered to counteract extreme grinding abrasion. Delivers high deposition rates with minimized dilution zones.
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Engineered for outdoor welding applications. No shielding gas required, perfect for field maintenance in remote mining and port facilities.
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Highly optimized chromium carbide matrix provides ultimate resistance against severe mineral scratching, low impact applications.
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Bimetallic plate featuring a structural backing fused with a severe-abrasion wear layer. Extends service life up to 10x over standard steels.
Detailed Specifications >The Greater Jakarta Area (Jabodetabek), encompassing massive industrial parks in Bekasi, Karawang, and Cikarang, represents the manufacturing heart of Indonesia. This region demands high-integrity materials to maintain uninterrupted operations across major infrastructure, steel production, thermal power plants, and marine cargo processing terminals.
In environments such as the port of Tanjung Priok or the heavy industrial plants in West Java, machinery is constantly exposed to wear mechanisms: abrasive soil handling, marine corrosion, high-temperature slag, and intense impact. Standard mild steels or even basic quenched-and-tempered plates cannot withstand these operating cycles. Our specialized flux-cored wires and chromium carbide overlay plates are engineered to significantly reduce downtime and replacement frequencies.
"Implementing advanced bimetallic wear solutions in concrete and mineral processing plants across West Java has shown a dramatic decrease in maintenance overheads, allowing operations to achieve longer maintenance-free intervals."
Ensuring compliance with international standards for heavy-duty industrial application.
| Product Category | Alloy Base / Chemistry | Typical Hardness | Primary Microstructure | Key Application Zones |
|---|---|---|---|---|
| Runxing RX-wp 7600 Wear Plate | Fe-Cr-C (Cr: 25-35%, C: 4.0-5.5%) | 58 - 62 HRC | Primary M7C3 Carbides + Martensite | Chutes, Hoppers, Fan Blades, Cement Chute Liners |
| Self-Shielded Flux Cored Wire | High Chromium Iron Carbon Matrix | 55 - 60 HRC | Hypereutectic Chromium Carbide | On-site repair, bucket teeth, mining shovels |
| Bimetallic CCO Plates | Cr-Mo-W-V-C Complex Carbides | 60 - 65 HRC | Complex multi-component eutectic | High-temperature steel mills, blast furnace parts |
| Gas Shielded Hardfacing Wires | Low Alloy Chrome-Moly | 30 - 45 HRC | Tempered Martensite / Bainite | Rebuilding rolls, shaft restoration, gears |
Runxing offers integrated wear protection through state-of-the-art cladding equipment and raw materials.
Composite material wear plate constructed via structural steel backing and hard weld surfacing. Runxing RX®wp 7600 complies with DIN 8555 standards, offering high toughness and premium wear resistance.
Self-shielded flux cored wires. Formulated with high-chromium alloys designed to resist severe high-stress grinding abrasion with minimal impact, extending structural lifespans.
Advanced hardfacing consumables designed for critical overlay operations where high chemical resistance, oxidation protection, and mechanical strength are mandatory.
Runxing® Surfacing Equipment features a small footprint, high welding efficiency, and automated numerical control via a 10.2-inch touch screen. Supports 4 welding guns simultaneously.
Years of structural engineering expertise designing, cutting, bending, and welding custom parts, pipes, and complex mechanical assemblies to exact client blueprints.
Rebuilding continuous casting, conveyor, and grinding rolls. Runxing repairs vertical mill rolls and roller presses for the steel, cement, and coal industries, significantly cutting operational costs.
Runxing hardfacing products and CCO wear plates are deployed globally across multiple core sectors, optimizing machinery uptime.
Operating times in cement plants depend on the wear resistance of critical components. Runxing products prevent pre-mature erosion in raw material chutes, cyclonic separators, and kiln feed systems.
Providing wear-resistant systems to mining operators globally to boost uptime and yields. Extends the service lives of excavators, dragline buckets, hoppers, and screens.
Withstanding high temperatures, raw abrasive minerals, and chemical corrosion. Our wear plates protect coke injection systems, blast furnace bells, and guide plates.
Providing wear protection for exhaust fan blades, coal pulverizers, coal conveying systems, and ash transport lines to avoid unplanned shutdowns.
Securing harbor machinery: crane buckets, yard stackers, and material handling conveyors. Eliminates friction wear from high-volume bulk transfer.
Engineered high-purity alumina ceramics, sintered under high temperature. Designed for components facing fine particle abrasion with low impact.
Continuous refinement of material compositions to withstand complex wear mechanisms involving combined heat, impact, and abrasion.
Developing next-generation overlay processes to support global mining, cement, and power companies in modernizing their machinery.
Established in 2010 in Tangshan, Hebei Province, Tangshan Runxing Machinery Co., Ltd. is a dedicated developer, manufacturer, and provider of premium hardfacing wear-resistant metal products and surface technologies.
Our core products include chromium carbide overlay (CCO) wear plates, wear liners, wear-resistant pipes and fittings, hardfacing flux-cored welding wires, and automatic hardfacing machinery. We focus on providing custom wear protection across cement, steel, mining, port, and dredging industries globally, having built a solid market presence across Central Asia, Russia, and Southeast Asia.
All export processes are managed by Hebei Yuwan International Trade Co., Ltd., which handles customs clearance, international shipping, documentation, and payments, allowing our manufacturing team to focus strictly on product quality, consistency, and timely deliveries.
Since 2019, Runxing has served as a qualified agent for German brand VAUTID, utilizing their high-performance welding materials in our products to ensure superior field performance.
Additionally, we collaborate closely with academic institutions such as Tangshan University to research and optimize metal forming processes, helping us continuously refine our bimetallic configurations.
High-grade wear protection materials designed to withstand severe wear in Southeast Asian mining, marine, and power applications.
High-alloy welding wire producing chromium carbide deposits designed to resist wear from hard minerals and low impact.
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Gas-free self-shielded wires optimized for high deposition, minimal slag, and ease of use in field repairs.
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Chromium-rich alloy system providing consistent hardness across multi-layer build-ups in abrasive service.
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Wear plates featuring high concentration of chromium carbides to protect bulk handling chutes and hoppers.
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Heavy-duty surfacing wires designed to increase the service life of earthmoving machinery and grinding components.
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Specially formulated for mining and cement chutes, featuring high-fraction primary chromium carbides.
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High-bond integrity bimetallic plates with uniform clad thickness, designed for easy cutting and fabrication.
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Custom-dimension composite sheets designed for extreme-wear areas, reducing maintenance downtime.
Request Quote >Stay informed about Runxing's global mining and machinery exhibition highlights and corporate milestones.
We have launched our new digital platform to provide purchasing pathways, technical documentation, and product data sheets to the international wear protection sector.
Runxing displayed our automated surfacing machinery, hardfacing alloys, and CCO plates at the Johannesburg convention, strengthening ties within the regional mining community.
Senior academic leaders and metal forming technology specialists visited Runxing to inspect production lines and discuss advances in bimetallic overlay technologies.
Runxing has integrated VAUTID brand welding materials into our wear solutions since 2019, securing reliable product performance for our global clients.
Runxing participated in EXPOMIN 2023, showcasing our wear protection systems and bimetallic CCO plates designed for South American mineral processing.
Metallurgical insights on welding wires, CCO plates, and custom wear protection engineering.
Our hardfacing flux-cored welding wires typically utilize high-chromium, high-carbon iron matrices. Under solidification, these form primary M7C3 chromium carbides (with chromium levels between 25-35% and carbon between 4.0-5.5%) embedded in a tough martensitic matrix, achieving bulk hardness readings of 58-62 HRC. We also manufacture low-alloy wires for rebuilding parts requiring machinability.
Self-shielded flux-cored wire contains gas-generating agents within its core flux, eliminating the need for external shielding gas tanks. This makes it ideal for outdoor field repairs, elevated work platforms, and windy coastal locations such as ports or mining sites where wind can disrupt gas shielding, ensuring quality weld deposits.
Our authorized trade partner, Hebei Yuwan International Trade Co., Ltd., manages the full export workflow, covering customs clearance, maritime shipping logistics to ports like Tanjung Priok, and secure payment processing. This structure allows Runxing to focus entirely on manufacturing quality and meeting delivery timelines.
Yes, bimetallic CCO plates can be cold-formed. Due to the high hardness of the overlay cladding, fine stress cracks will form during bending; this is normal and does not impact wear performance. We recommend bending with the overlay facing inward to keep the cladding in compression, using a hydraulic press brake with appropriate radiused dies.
Meeting heavy industrial procurement requirements in Indonesia requires robust logistical coordination. By partnering with Hebei Yuwan International Trade Co., Ltd., we handle local and maritime compliance, delivering wear plate sheets and hardfacing wires directly to locations like Karawang, Cikarang, and Tanjung Priok.
To support plant maintenance schedules, we work with project engineers to pre-plan supply volumes, minimizing transit times. Our engineering team assists clients with custom material selection based on specific operating factors: mineral grain size, impact levels, processing temperatures, and chemical exposure.
Consult with our technical engineers to find the right alloy chemistry, wire diameters, or overlay configurations to reduce wear rates and extend maintenance intervals.
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