Engineered solutions for harsh mechanical environments, combining high-grade metallics with specialized technical ceramics.
In modern industrial processing, structural elements face extreme wear mechanism combinations including mechanical erosion, high-velocity sliding abrasion, and corrosive chemical attack. Traditional steel elements, while ductile and impact-resistant, often suffer premature failure. High-performance industrial ceramics provide exceptional hardness but exhibit high fragility and poor tensile load capacities.
The technological synergy presented by the corporate alliance of Zibo Xingli Industrial Ceramics Co., Ltd. and Hunan Yibeino New Materials Co., Ltd. bridges this gap. By chemically and mechanically bonding industrial-grade alumina, zirconia, and carbon-silicon composite materials within high-strength steel backing structures, we supply high-performance Steel-Ceramic Composite Rods and wear liners. These components maximize service life, eliminate unplanned shutdowns, and optimize processing economics across mining, chemical, energy, and metallurgical plants worldwide.
Critical insights into why global procurement agencies prefer specialized China-sourced steel-ceramic materials.
Iron, copper, gold, and lithium ore processing require reliable materials to withstand severe impact from abrasive slurries. Ceramic-lined components ensure maximum wear resistance in critical locations such as chutes, hydrocyclones, and mills.
Pulverized coal pipelines, ash removal bends, and silodust transport butterfly valves operate under high velocity. Our alumina lining and composite pipe spools prevent pipeline wear and system failures.
Combining the anti-corrosion properties of PTFE and structural steel support, our custom steel-lined systems offer resistance to strong acids, alkaline compounds, and corrosive industrial media.
High-performance material selection is critical to industrial operation optimization, balancing chemical purity with mechanical properties.
| Material Class | Alumina Purity (%) | Density (g/cm³) | Vickers Hardness (Hv) | Max Temp (°C) | Typical Applications |
|---|---|---|---|---|---|
| High-Alumina Ceramic (Al2O3) | 92% - 95% | ≥ 3.60 - 3.65 | ≥ 1100 | 1400 | Pipe spools, wear lining plates, cyclone linings |
| Zirconia Toughened Alumina (ZTA) | Custom Composite | ≥ 4.10 | ≥ 1400 | 1450 | Extreme wear zones, impact chute liners |
| Reaction-Bonded SiC (SiSiC) | N/A (Carbon-Silicon) | ≥ 3.02 | ≥ 2500 | 1380 | High temperature burner nozzles, cyclone components |
| Polyurethane & Rubber Composites | Combined Base | N/A | Shore A 85 - 90 | 80 | Hydrocyclone linings, noise-damping hopper pads |
Our R&D team works to solve common design limitations of wear components. Through structural optimization and thermal stress modeling, we have secured several national utility patents:
Both Zibo Xingli and Hunan Yibeino have established integrated manufacturing networks. All phases, from primary raw material calcination, grading, hydraulic pressing, and ultra-high-temperature tunnel kiln sintering, to metal surface pre-treatment and composite welding, conform to the ISO 9001:2015 quality management standard and ISO 14001 environmental system requirements.
Our strategic development roadmap focuses on addressing wear challenges in high-pressure and high-temperature processes.
Introducing nanostructured zirconia crystallites at grain boundaries to increase mechanical toughness by up to 35% compared to standard high-alumina wear plates.
Developing dynamic brazing alloys that allow chemical integration between ceramic and metal surfaces, eliminating traditional resin adhesive layers.
Optimizing microstructural geometry in composite rubber and polyurethane substrates to absorb impact energy from large-sized mineral feeds.
Selecting suitable wear protection requires systematic assessment. Our engineers work closely with clients from initial concept design through to operation and maintenance:
Our engineering managers conduct initial wear analysis via site visits or remote consults, delivering customized layouts and cost projections based on flow rates, speed, temperature, and chemical composition.
We convert structural specifications into 3D CAD/BIM models, tailoring products to fit your existing plant infrastructure.
Our technical teams provide installation guidance globally. For operations within mainland China, technical teams can be deployed on-site within 48 hours to assist with emergency system adjustments.
Detailed technical answers to common questions raised by procurement managers and process engineers.
Explore our selection of industrial processing valves, wear liners, reaction-bonded cutters, and manufacturing lines.
Xingli Industrial Ceramics