Designed for severe sliding wear and high impact in industrial chutes, bins, and hoppers across New York State.
View Details →
Custom engineered overlay plates optimized with extreme carbide concentrations to withstand aggressive mechanical abrasion.
View Details →
Premium RX-m series providing extreme hardness for raw material transport, concrete production, and regional mining operations.
View Details →
Self-shielded hardfacing wire engineered for on-site overlay welding repairs of heavy machinery in demanding field environments.
View Details →The State of New York hosts a diverse range of heavy industries, from the massive recycling operations in the New York City metropolitan area to Upstate New York's historic aggregate quarries, cement manufacturing plants, and logistics hubs. In these high-intensity settings, mechanical equipment is subject to relentless abrasive action and high impact. Finding high-quality wear plate manufacturers and suppliers who understand the local demands is critical to maintaining operational efficiency.
Key regional application sectors include:
Founded in 2010 in Tangshan, Hebei Province—the steel center of China—Tangshan Runxing Machinery Co., Ltd. has developed into a premier manufacturer of hardfacing wear-resistant metal products. We focus on the research, development, fabrication, and customized design of high-integrity wear protection systems.
Our comprehensive production facility manufactures premium Chromium Carbide Overlay (CCO) plates, custom-fabricated chute liners, wear-resistant pipe elbows, flux-cored hardfacing welding wires, and automated surfacing machinery. We are proud to serve as a long-term qualified partner and agent for the world-renowned VAUTID brand from Germany, reinforcing our adherence to global quality standards.
Seamless Global Distribution: To guarantee smooth logistics, international transactions, and customs clearing, all export operations are managed by Hebei Yuwan International Trade Co., Ltd. This partnership allows our production team to focus exclusively on product quality and delivery punctuality while providing US and New York clients with robust import clearance, documents, and secure payment processing.
Contact Our Engineers
Composite wear plate consisting of a structural steel backing plate (ASTM A36/Q235B) with a high-chromium carbide surfacing layer. Manufactured to DIN 8555 specifications (e.g., RX®wp 7600), providing high-temperature resistance and resistance to sliding abrasion.
Inquire Details
High-chromium alloy self-shielded flux-cored wires designed for high-stress grinding abrasion. Used widely by industrial maintenance teams across New York for rebuilds and structural hardfacing of earthmoving and mining machines.
Inquire Details
Plasma Transferred Arc technology (PTTA) surfacing materials. These products produce ultra-dense, minimal-dilution protective layers perfect for fine particle erosion and critical valves in New York processing plants.
Inquire Details
RX® intelligent numerical control overlay welding systems equipped with 10.2-inch interactive touchscreens, multi-gun setups, and adjustable oscillation patterns. Ideal for high-efficiency wear plate manufacturing and roll rebuilding.
Inquire Details
Complete custom fabrication of complex structural parts, replacement wear linings, and machinery assemblies designed to client drawing specifications. Fits directly into complex industrial process systems.
Inquire Details
Professional roll and grinding disk re-surfacing using premium alloys. We restore grinding rolls, coal mill liners, and continuous casting rollers to their original specifications, significantly extending equipment lifespan.
Inquire Details
High-hardness chutes and hopper wear plates configured to protect raw aggregate conveyor drop-zones from excessive abrasive wear.
Case details >
Heavy bimetallic CCO liner systems designed to handle high-tonnage limestone gravel drops, minimizing unplanned maintenance shutdowns.
Case details >
Roll cladding and sinter plant hopper linings exposed to extreme thermal conditions and constant raw material slide abrasion.
Case details >
Fly ash conveying pipes, pulverizer coal chutes, and fan housings treated with premium CCO overlay for extended service life.
Case details >
Bulk ship-loader conveyor chutes and hopper liners designed to resist maritime environment corrosion and abrasion during high-throughput logistics.
Case details >
Alumina ceramic tile composite systems combined with CCO components to mitigate sliding wear and high impact from glass cullet.
Case details >
Debarking drums and wood chip pneumatic conveying elbows reinforced to withstand continuous organic fiber abrasive action.
Case details >
Custom-fit light-duty bimetallic liner plates designed to protect grain distribution silos and bulk discharge hoppers.
Case details >Procuring wear protection systems requires balancing cost efficiency and high product quality. Selecting an OEM manufacturer in Tangshan, China, linked with professional international export handlers, offers notable cost and engineering advantages for New York distributors, fabricators, and heavy plant operations.
Raw Material & Metallurgy Integration: Tangshan, located in Hebei Province, represents a key center of global steel production. This proximity provides us with direct access to top-grade structural steel backings and essential alloying elements (chromium, manganese, boron, carbon). Our team controls the manufacturing chain from raw chemistry design to final plate finish, ensuring consistent quality and cost control.
Advanced Production Capacity: Our specialized automated surfacing lines produce high-quality overlay deposits with uniform bead structures, minimal dilution zones, and high concentrations of primary M7C3 chromium carbides. This structural configuration is vital for achieving wear resistance under severe friction.
Flexible OEM/ODM Customization: We offer customized plate dimensions, custom backing chemistry, varying overlay thickness profiles (e.g., 6+4, 8+6, 10+10, 12+12), and tailored slotting or stud welding options, enabling rapid drop-in integration with minimal modifications on-site.
Modern industrial wear technology has transitioned away from classic manganese steels and standard quenched AR plates toward complex bimetallic composites. In high-stress abrasive environments, microstructural carbide optimization is critical. The durability of Chromium Carbide Overlay (CCO) plates depends on the formation of primary M7C3 chromium-rich carbides, which have a hardness ranging from 1200 to 1600 HV. These carbides are held in a tough, wear-resistant austenitic matrix.
Our production techniques optimize the crystallization path of the weld overlay, aiming for a high volume fraction of primary carbides (exceeding 30%) oriented perpendicular to the wear surface. This design ensures that abrasive media slide over the hard carbide ends rather than wearing away the softer matrix, extending the plate's service life.
Ensuring wear protection reliability requires rigorous standardized testing. The ASTM G65 Dry Sand Rubber Wheel test is the industry standard for measuring resistance to sliding abrasion. Our R&D laboratory runs comparative abrasion tests under Procedure A settings to verify that our plates outperform standard AR400, AR500, and standard cast iron plates. Our high-chromium overlay plates show low mass loss (typically under 0.18 grams in standard ASTM G65 tests), ensuring long-term durability in applications like aggregate conveying and recycling chutes.
New York industrial operations work within stringent environmental and safety regulatory frameworks, including NY DEC guidelines and OSHA standards. High-performance wear protection directly supports environmental compliance:
We recently launched our updated digital portal, www.runxing-machinery.com, designed to streamline raw material sourcing, coordinate custom liner fabrication, and connect global procurement agents with our technical engineers.
Read More >
Our team participated in the 2024 South Africa International Construction, Mining, and Power Exhibition in Johannesburg, demonstrating our high-performance chromium carbide overlay plates and surfacing systems to global buyers.
Read More >
A research team led by the Dean and metal materials professors from Tangshan University visited our facility to inspect our automated welding lines and discuss joint projects focused on optimizing metal surfacing microstructures.
Read More >
Premium dual-layer wear plate providing reliable protection in raw material processing and mining feed systems.
View Details →
High-chromium alloy deposit layers optimized for high-temperature and severe sliding wear protection.
View Details →
Specially formulated overlay plate offering high bulk hardness and durability for aggregate sorting and concrete handling chutes.
View Details →
Self-shielded hardfacing wire engineered for on-site overlay welding repairs of heavy machinery in demanding field environments.
View Details →
High-integrity composite plates suitable for hoppers, bins, conveyor skirts, and high-wear components.
View Details →
Custom-dimension CCO plate configurations designed for specific equipment geometries and wear conditions.
View Details →
Designed for heavy mineral processing, including high-friction slag runs and material transport systems.
View Details →
A complete line of hardfacing alloy wires designed to rebuild and protect worn components, including mill rolls and agricultural gear.
View Details →Speak with our technical engineering team about wear plate options, custom backing requirements, and international logistics setups. We provide tailored wear-protection designs, material recommendations, and cost estimates.
Runxing machinery