OEM & Custom
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Hardfaced Wear Resistant Curved Liner Plate
Hardfaced Wear-Resistant Curved Liner Plate
Runxing hardfaced curved wear liner plates are composite wear-resistant components manufactured by advanced hard-facing overlay welding technology. Each piece consists of a mild steel base substrate and a high-hardness hardfacing overlay layer deposited onto the working surface. The base steel provides excellent toughness to resist heavy impact loads and prevent cracking, while the surface hardfacing layer delivers outstanding anti-abrasion performance against granular materials.
These curved wear bars are pre-machined with precise mounting bolt holes for fast and convenient field installation. The outer surface is finished with anti-rust red primer paint to avoid oxidation and corrosion during storage, sea transportation and onsite stock. All curvature radii, overall dimensions, thickness, hole quantity and hole spacing can be fully customized according to customer drawings or on-site working conditions. We support OEM & ODM service for non-standard sizes. Compared with traditional high-manganese steel and cast wear parts, hardfaced curved liners feature much longer service life under abrasive working conditions, effectively reducing equipment downtime and the frequency of spare-part replacement. The hard-fused metallurgical bonding between overlay layer and base metal ensures the wear-resistant layer will not peel off under normal impact and friction.
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Custom Cut CCO Wear Plate, Chromium Carbide Overlay Plate for Mining & Cement Equipment Liners
Custom Cut CCO Wear Plate, Chromium Carbide Overlay Plate for Mining & Cement Equipment Liners
Runxing custom cut chromium carbide overlay (CCO) wear plates, fabricated from hardfacing bimetallic wear resistant plate. Available with cutting, drilling, bending per customer drawings. Excellent anti abrasion performance, widely used for crusher liners, chute liners, hopper wear guards, mining machinery wear parts. Custom sizes & shapes supported.
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Custom Shaped Bimetallic Chromium Carbide Overlay Plate For Mining Wear Liners
Custom Shaped Bimetallic Chromium Carbide Overlay Plate For Mining Wear Liners
Bimetallic chromium carbide overlay wear plates custom-cut, bent, drilled according to customer drawings. Superior abrasive resistance against rocks, clinker, ore and ash. Pre-fabricated wear liners directly for installation, greatly reduce equipment downtime. Ideal for mining, cement, steel, power, port bulk-handling machinery wear protection.
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Custom Bucket Wheel Digging For Stacker-Reclaimer Manufacturer
Custom Bucket Wheel Digging For Stacker-Reclaimer Manufacturer
As professional OEM factory, Runxing Machinery supplies customized digging buckets matched with bucket wheel stacker-reclaimer, widely used in seaports, coal mines, thermal power plants and mineral yards.
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Centering Device in Front of Flying Shear for Strip Mill
Centering Device in Front of Flying Shear for Strip Mill
This centering device in front of flying shear is dedicated auxiliary equipment matched with continuous hot strip mill lines, installed at the feeding inlet of flying shear unit to solve strip running deviation during high-speed hot rolling. Adopting split heavy welded frame and dual synchronous hydraulic drive structure as shown in real machine photos, the whole set is equipped with complete standardized high-pressure hydraulic pipeline system, paired with ZG+HICr high chromium wear-resistant sliding guide assemblies for long-term high-temperature service.
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Mining & Cement VRM Air Ring Manufacturer
Mining & Cement VRM Air Ring Manufacturer
Our heavy-duty large vertical mill air ring is a core wear-resistant component specially designed for industrial vertical roller mills applied in mining, cement, limestone, coal and slag grinding production lines. Fabricated with thickened high-strength carbon steel plates and reinforced rib support structure as shown in the picture, this arc-shaped air ring boasts outstanding structural stability and strong deformation resistance under long-term high-temperature working conditions inside the mill.
This air ring undertakes two critical core functions during equipment operation. First, it evenly distributes hot flue gas entering the mill to form a stable upward circulating airflow, which lifts fine ground mineral powder up to the powder separator for classification. Second, its unique curved baffle structure blocks oversized coarse ore particles and unground bulk materials from flowing out, forcing heavy coarse materials to fall back to the grinding roller area for re-grinding, effectively improving grinding efficiency and reducing finished product waste.
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Vertical Mill Protective Sleeve
Vertical Mill Protective Sleeve
This vertical mill protective sleeve is made of composite wear-resistant overlay plate, with built-up hardfacing welding on inner and outer surfaces. It is customized cone-shaped spare part for vertical roller mill (VRM), effectively resisting high-temperature impact, abrasion and material scouring, greatly extending service life of mill housing.
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Hardfacing Vertical Roller Mill Housing Heavy Welded VRM Mill Casing
Hardfacing Vertical Roller Mill Housing Heavy Welded VRM Mill Casing
Heavy-duty vertical roller mill housing with Q235 carbon steel as main substrate, the entire inner wall is overlaid with high chromium carbide hardfacing alloy to resist severe abrasion from raw ore and cement clinker. Adopt full penetration thick steel plate welding process, support fully customized dimensions according to different VRM models. It is core wear-resistant spare parts for cement raw mill, coal mill and mineral vertical grinding production lines.
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Hardfacing Wear Resistant Excavator Bucket
Hardfacing Wear Resistant Excavator Bucket
This excavator digging bucket adopts Q235 carbon steel as base material, inner surface fully hardfaced with high chromium carbide alloy in grid pattern. Equipped with high strength wear-resistant bucket teeth, excellent anti-abrasion and anti-impact performance. Custom size & hardfacing thickness available, widely used for mining, quarry, construction stone loading work.
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Q235 Carbon Steel Ball Mill Discharge Conical Screen With Inner Alloy Hardfacing
Q235 Carbon Steel Ball Mill Discharge Conical Screen With Inner Alloy Hardfacing
This conical discharge screen adopts Q235 mild carbon steel as base material, with full inner wall alloy hardfacing overlay. All sieve holes are finished by CNC laser perforation without mechanical extrusion. It is customized for ball mill outlet to separate grinding steel balls and oversized particles, widely used in cement, mineral grinding industries with long service life.
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Wear-resistant Chute
Wear-resistant Chute
A chute is one of the core equipment used for conveying, sorting and transferring bulk materials in industrial production, widely applied in industries such as mining, coal, metallurgy, building materials, chemical engineering and power generation. Ordinary chutes rely on the gravity of materials to achieve conveying, featuring simple structure and low operation and maintenance costs. However, during long-term use, they are continuously subjected to impact, friction and cutting by high-hardness bulk materials (such as ore, raw coal and steel slag), making them prone to wear and deformation, thus shortening their service life. Frequent replacement and maintenance not only increase production costs, but also cause production interruptions and affect production efficiency. Wear-resistant chutes are improved equipment developed to address the pain point of insufficient wear resistance of ordinary chutes. By selecting wear-resistant materials, optimizing structural design and adopting special processing technologies, they significantly improve the anti-wear and anti-impact performance of chutes, extend their service life, and have become mainstream equipment in the field of bulk material conveying. By definition, a wear-resistant chute refers to a gravity conveying chute whose overall structure or working surface has excellent anti-wear and anti-impact performance through structural optimization or surface wear-resistant treatment, capable of withstanding scouring and wear by high-velocity, high-hardness bulk materials for a long time. Compared with ordinary steel chutes, its service life can be increased by 3–10 times, and even dozens of times in some working conditions, greatly reducing equipment maintenance costs and production shutdown losses for enterprise。
