Engineered to resist catastrophic abrasion, impact, and thermal shock across heavy industrial operations.
Industrial processing operations operate under high pressure, velocity, and corrosive environments. Traditional carbon steel conduits and transition chutes succumb to abrasive media within weeks. Dynamic material transport dynamics require a molecular-level composite response.
Zibo Xingli Industrial Ceramics Co., Ltd and Hunan Yibeino New Materials Co., Ltd. represent the pinnacle of custom engineering. We transition heavy machinery plants from reactive maintenance paradigms to proactive, long-life operations.
Our combined manufacturing ecosystems specialize in high-tech material processing:
Unmatched raw material synthesis, massive economies of scale, and specialized metallurgy integration.
China controls over 70% of the world's bauxite and industrial mineral processing pipelines. Access to high-grade calcined alumina guarantees consistent material feeds at lower price points than Western counterparts.
Our production facilities utilize computer-controlled, gas-fired tunnel and shuttle kilns capable of achieving constant temperatures up to 1700°C, ensuring crystal growth alignment and zero inner micro-cracking.
Unlike standard off-the-shelf lining distributors, Chinese manufacturers perform structural fabrication, lining synthesis, ceramic bonding, and final NDT testing under a single quality control system.
Selecting the optimal wear protection medium based on your operational conditions.
Available in 92% and 95% purity levels. This is the industry standard for sliding wear and dry particulate transport. Ideal for coal-fired power plants, cement chute lines, and pneumatic ash handling lines. Hardness ranks at Mohs 9, second only to diamond.
Combining the extreme hardness of alumina with the high fracture toughness of zirconia. When ZTA experiences impact stresses, the zirconia phase transforms to absorb kinetic energy, stopping micro-fracture propagation.
Optimized for thermal environments up to 1380°C and highly corrosive slurry applications. Widely deployed in desulfurization systems (FGD pipelines), cyclone separators, and heavy media classification circuits.
Utilized for high-angle gravity drop zones. Standard alumina tiles are vulcanized into a specialized natural rubber bed, providing high elastomeric cushion alongside structural wear defense.
Providing custom wear protection solutions for critical equipment components across major industrial sectors.
Applied directly within hydrocyclones, magnetic separators, slurry transfer pipes, chuted transitions, flotation cells, and discharge launders to handle highly abrasive mineral slurry feeds.
Designed for coal pulverizer outlet elbows, burner feed piping, fly ash transport systems, flue gas desulfurization systems (FGD), and pneumatic distribution systems.
Installed inside high-wear air separators, rotary raw mill feeds, separator guides, cyclone preheaters, raw meal silos, and conveyor discharge transition hoppers.
ISO Certified Manufacturing Processes Guaranteeing 100% Component Uniformity and Zero Failures.
Our facilities operate under the ISO 9001:2015 Quality Management System and ISO 14001:2015 Environmental System certifications. Every stage, from raw material chemical testing to dimensional inspections of finished pipelines, undergoes formal documentation control.
Our patented structural technologies, including: "A kind of elbow of pump pipe discharge anti-clogging pipe", "A lining board installation structure", and "A conveying device for ceramic-lined pipes", highlight our commitment to innovation and design engineering.
With a customer footprint extending across the United States, Germany, Sweden, India, Turkey, the Netherlands, Italy, Spain, Japan, South Korea, Russia, and Vietnam, our custom lining assemblies are packed for long-distance ocean transit in reinforced seaworthy steel frames or heavy plywood crates.
An Enterprise Partnership Specializing in Advanced Wear Solutions.
As industry leaders, we specialize in the custom engineering of industrial alumina ceramic, zirconia ceramic, and carbon-silicon products. Our operations focus on supplying wear-resistant ceramic ball grinding media, alumina lining, ceramic liners, ceramic pipes, and inert alumina balls for catalyst support.
Product design, manufacturing, and installation services are integrated into the ISO quality management system. From raw material purchase and blending, through production process management to final factory inspection, we ensure stable product performance and consistent quality.
Our production facilities utilize modern equipment, specialized tooling, and advanced vulcanizing lines to ensure high structural bonding strength between structural steel casings and internal ceramic matrices.
Technical answers to common engineering questions regarding wear lining performance.
Alumina ceramics offer a hardness rating of Mohs 9, which is significantly harder than quenched steel alloys or CCO plates (typically Mohs 6-7). Under sliding abrasion from fine particulate minerals, 92-95% alumina liners provide up to 10 times the wear life of CCO plates, reducing maintenance-related downtime.
For high-impact drop zones, we recommend using Zirconia Toughened Alumina (ZTA) or rubber-bonded ceramic composites. The elastic rubber bed absorbs kinetic energy, while the higher toughness of the ZTA tiles resists cracking, preventing impact damage.
The temperature threshold depends on the bonding agent used. Epoxy-bonded tiles are typically rated up to 150°C. For high-temperature environments (up to 350°C), mechanical stud-welding or interlocking tile systems are used. For applications exceeding 500°C, direct metallurgical sintering or thermal spray coating is required.
We perform grit-blasting (Sa 2.5 standard) on the internal steel surfaces to create a profile for adhesive bonding. We use high-shear epoxies applied under controlled temperature and humidity. We also manufacture welded-sleeve inserts and interlocking joint designs to prevent mechanical displacement of the tiles.
Explore our specialized range of high-performance wear components designed for demanding industrial applications.
Xingli Industrial Ceramics
