Mining Cement Chute Liner Manufacturers, Factories. Engineered for extreme sliding abrasion applications with premier hardfacing overlay.
Top-tier customized chromium carbide overlay wear plates. Perfect flatness control and uniform hardness structure designed for severe abrasion.
No shielding gas required. High deposition rates and ultimate wear resistance against high stress abrasive systems in field operations.
Premium raw material selection ensures optimal arc stability and low spatter. Suitable for open-arc and submerged-arc overlay procedures.
Dual-layer structure merging a weldable structural backing with an extreme hardness alloy surface overlay. Extends structural lifetime up to 10x.
Composite material wearplate made of a structural steel backing & a hard weld surfacing. RX®wp 7600 corresponds to DIN 8555 standards.
Self shielded flux cored wire. High chromium alloy designed for resisting high stress grinding abrasion with low impact. Superior micro-structure.
High-alloy surfacing technology containing optimized titanium & carbide compounds to resist severe crushing stress and mineral scratching.
In modern heavy industries—such as mining excavation, bulk material transport, cement manufacturing, coal-fired power plants, and maritime dredging—machinery components face destructive mechanical and tribological stresses. The costs related to system downtime and structural maintenance represent billions of dollars globally.
"Traditional single-metal components are no longer economically viable. The implementation of titanium-enhanced hardfacing overlay materials yields up to 1000% improvement in service lifetime compared to structural carbon steel."
Global supply chain leaders are pivoting from simple chromium-carbide coatings to multi-element formulations containing Titanium, Boron, and Niobium. These micro-alloy additions form extremely dense, super-hard carbide matrices (reaching up to 65 HRC) that can withstand abrasive grinding and severe thermal stresses concurrently.
Unlike conventional low-carbon welding wires, Titanium-enhanced flux cored wires deposit a high-alloy matrix containing finely dispersed Titanium Carbides. Titanium carboborides possess a micro-hardness value of approximately 3000 HV, which is significantly harder than Chromium Carbides (typically 1500 HV) and Silica Quartz grains.
This atomic-scale design forms a physical barrier that prevents micro-plowing and scratching from sharp mineral particulates. As the softer steel matrix slowly wears, the hard TiC particles project outward, creating a microscopic armor layer that minimizes direct steel-to-mineral contact.
Primary titanium carbides are uniform in distribution, preventing macroscopic cracking and resisting high-stress grinding abrasion under low-impact conditions.
Our manufacturing formulation maximizes the fill factor of the metallic sheath, achieving higher deposition rates during automated robotic rebuild procedures.
Engineered cross-check stress relief crack systems naturally form during welding. This protects structural integrity without causing the parent material to warp.
Located in Tangshan, Hebei Province—the core steel capital of China—Tangshan Runxing Machinery Co., Ltd. enjoys unparalleled access to raw metallurgical supplies. Since our founding in 2010, we have integrated raw iron resources, advanced electric arc furnace technologies, and customized drawing processes to control the entire manufacturing stack.
Our strategic alignment allows us to procure ultra-pure steel sheaths and chemical core powders at scale, mitigating global raw material price fluctuations. By operating under an automated production layout, our factory achieves consistent powder-fill density, which is critical for wire feedability and arc stability.
To guarantee compliant and seamless global trade operations, all export businesses are fully authorized and managed by Hebei Yuwan International Trade Co., Ltd. This division supervises complex customs clearance, shipping documentation, and global payments. Our factory remains entirely dedicated to product R&D and strict quality assurance.
The key issue for any cement plant lies in the availability of critical equipment. The key to equipment availability is wear resistance, and the performance of wear-resistant products determines the operating time of critical equipment. Chute liners, clinker rollers, and separators rely heavily on Titanium overlay.
Mine operators around the globe seek to increase productivity, profitability, and sustainability. We help our partners achieve these goals by delivering the mining industry's most comprehensive and cost-effective wear solutions, protecting loader bucket lips, shovel parts, and pulverizer assemblies.
In the steel industry, the use of equipment is even more brutal, involving raw minerals, high temperatures, corrosion and other working conditions. Blast furnace bells, hopper gates, and raw material distributors require custom-welded overlays to resist thermal mechanical wear.
Wear protection for fan blades, conveyor chutes, hopper liners, crushers, coal mills, dust removal systems, and conveyor systems. Our titanium hardfacing wire minimizes replacement frequency in thermal power production facilities.
Ports are mainly to transport various materials, conveying equipment, loading and unloading equipment, as well as yard stacking and picking equipment, is the main force of port operations, and the damage of these equipment directly affects the overall terminal benefits.
The wear-resistant alumina ceramic is made of high purity superfine alumina powder and sintered at high temperature by an optimized formula, offering a secondary option for extreme acid or alkaline abrasive systems.
More cases to come as we continue to update our localized hardfacing deployment reports across different mining fields worldwide.
More to come as we continue to update our wear-resistant installations, chemical tracking sheets, and long-term surface monitoring statistics.
Heavy machinery manufacturers are moving away from manual stick electrode welding. Modern overlay operations utilize computerized gantry robotic tables and multi-torch configurations. This shift demands highly consistent wire diameters (e.g., 1.6mm, 2.8mm, 3.2mm) with precise layer winding.
Procurement teams require customized hardfacing alloys based on application environments. For instance, high-impact scenarios require tough manganese steel matrices, while extreme heat zones (e.g., blast furnace charging structures) demand specialized chromium-titanium formulations that maintain high hardness at temperatures up to 800°C.
Providing one-stop procurement of high-alloy hardfacing components and technical surface reconstruction parameters.
Presenting our wear-resistant composite plates and self-shielded wire range at the Johannesburg International Convention Center.
Collaborative research initiatives focused on metal materials forming technology, hardfacing alloys, and high-impact wear systems.
Runxing integrates high-grade German VAUTID surfacing consumables into customized projects to meet specific operating parameters.
Connecting with South American miners and cement operators to demonstrate wear plates and heavy equipment components.
Our facility implements rigorous quality audits at each step of development, from raw material selection through wire drawing to post-weld overlay thickness inspection.
Titanium Carbide (TiC) crystals exhibit a higher hardness score (typically around 3000 HV) compared to Chromium Carbides (1500 HV). TiC provides superior wear protection in applications involving heavy contact with high-hardness minerals, such as quartzite and basalt, which scratch standard Chromium Carbide surfaces.
Yes. Our OEM self-shielded flux cored wires generate their own shielding gas from internal flux core ingredients as the arc burns. This eliminates the need for gas bottles and protects the weld pool from wind dispersion, making it ideal for outdoor repairs on construction and mining sites.
This operational division allows Tangshan Runxing Machinery's factory engineers to focus entirely on metallurgical quality, R&D, and stable product delivery. Hebei Yuwan International Trade Co., Ltd. handles customs documentation, clearance, shipping logistics, and currency settlements.
Stress relief cracks are normal in high-alloy overlay plates. These fine cracks run perpendicular to the weld bead and relieve tension generated during cooling, preventing deformation or bending of the structural backing plate without affecting wear performance.
The backing plate is typically structural carbon steel (like Q235B or Q345B) in thicknesses of 6mm, 8mm, 10mm, or 12mm. The overlay layer is usually deposited in thicknesses of 4mm, 6mm, 8mm, or 10mm, depending on the severity of the wear environment.
For cement feed hoppers and crusher liners. Yields long service life in heavy sliding wear environments.
Optimized flat surfacing plate profiles. Offers uniform wear protection across the entire plate surface.
Self-shielded hardfacing wire designed for field-level restoration of buckets, teeth, and grader blades.
Consistent chemical distribution inside the flux core ensures stable transfer and minimal cleanup.
Structural-grade carbon backing for easy welding and installation on industrial fan wheels and dampers.
Runxing automated hardfacing equipment. Gantry system with a CNC controller interface for rebuilding wear plates and crushing rollers.
Our workshops cut, roll, form, and weld heavy duty hardfaced plates into completed industrial assemblies based on drawings.
Complete restoration of coal mill rolls and vertical grinding mill rollers using high-alloy wire to restore original design dimensions.
Runxing machinery
