Explore our elite range of advanced industrial ceramic solutions, combining high hardness, thermal stability, and exceptional wear resistance.
A deep dive into how composite metallurgy resolves extreme friction, velocity, and thermodynamic stresses.
In heavy industrial plants, slurry pipelines and material conveying systems face unprecedented levels of wear. Traditional carbon steel or carbon-manganese tubing degrades rapidly under continuous impact from abrasive particles. Ceramic-Reinforced Steel Tubing represents the apex of materials engineering, combining the superior structural resilience and ductility of steel with the extreme hardness, chemical inertness, and thermal threshold of industrial ceramics.
Our pipes utilize premium alumina (Al₂O₃), silicon carbide (SiC), and zirconia-toughened alumina (ZTA) as the lining material. Sintered at temperatures exceeding 1700°C, these ceramic components score a Mohs hardness of 9, just below diamond. By wrapping this ceramic sleeve with a structural steel outer shell (Grade Q235B, ASTM A106, or Stainless Steel), we protect the brittle ceramic lining from external impact loads, creating a compound piping system that routinely outlasts standard steel by 10 to 20 times.
Unifying structural ceramics expertise with comprehensive quality management system certifications.
Zibo Xingli Industrial Ceramics Co., Ltd. is a leading enterprise specializing in the production of industrial alumina ceramic, zirconia ceramic, and carbon-silicon products. They focus heavily on providing wear-resistant ceramic ball grinding media, alumina lining, ceramic liner, ceramic pipe, and inert alumina balls for catalyst support. Their material processing capability guarantees top-tier raw materials for heavy-duty applications.
Hunan Yibeino New Materials Co., Ltd. is an ISO9001:2015 and ISO14000 quality system certified company with an integrated design, manufacturing, and installation service flow. From raw material purchase to final factory inspection, every production stage is monitored to ensure stable performance and premium wear-resistant characteristics.
Our joint operations support global markets, exporting directly to the United States, Germany, Sweden, India, Turkey, the Netherlands, Italy, Spain, Japan, South Korea, Russia, Vietnam, and beyond. We emphasize a strict customer-first operational philosophy centered on reliable engineering delivery.
Why leading global mining and energy corporations source ceramic-lined pipes from Chinese industrial clusters.
Zibo and Hunan represent two of the world's most dense clusters for advanced ceramic raw materials and steel mills. This proximity allows us to secure pure alpha-alumina powder and structural carbon steel at highly competitive rates, minimizing transit time and eliminating secondary processing delays.
Our factories house advanced high-tonnage dry presses, cold isostatic presses, and computer-controlled gas shuttle kilns. We can manufacture complex geometries, including reducer pipes, T-pieces, manifold junctions, and custom bends, ensuring precise fitment for retrofits or greenfield projects.
With deep experience exporting to the Americas, EU, and APAC regions, we handle all export logistics, documentation mapping, seaworthy packing (vacuum-sealed with metal frameworks), and compliance checks, providing global buyers with a frictionless transaction cycle.
Ensuring 100% mechanical performance through precise engineering stages.
Technical engineers communicate directly via digital sessions or on-site inspections in China. We study pipe velocity, medium hardness (Mohs), operating pressure, and chemical properties to generate optimized wear solutions and project quotes.
Upon understanding parameters, our engineering design team drafts custom CAD/3D schematics. Drawings are submitted to the customer for design sign-off before raw material sourcing begins.
All finished pipes go through a double-stage inspection: dimension tolerance testing, dye penetrant welding checks, and ultrasonic density tests to confirm uniform ceramic adhesion.
We offer installation assistance and support. If on-site support is required within mainland China, our field engineers arrive within 48 hours to troubleshoot and ensure optimal line operation.
How advanced ceramic-reinforced pipelines are shaping the future of heavy industry transport.
Pulverized coal feed systems and bottom ash disposal pipelines operate under high temperatures and particle impact. Ceramic-reinforced tubing prevents pipe blowouts, maintaining safe operations in critical coal handling plants.
Mining operations deal with aggressive slurries containing heavy metal ores. Alumina ceramic-lined bends prevent localized erosion at elbow joints, preventing unplanned shutdown cycles.
Pneumatic slag transport, coke dust conveying, and iron ore injection lines utilize ceramic-lined pipes to resist combined chemical attack and physical friction at elevated temperatures.
As processing environments become more extreme, standard ceramics are transitioning toward composite formulations. The addition of nanostructured additives, zirconia matrix reinforcement (ZTA), and specialized reaction-bonded silicon carbides allows pipeline systems to handle higher velocities, thermal cycling, and chemical corrosiveness.
Our commitment to R&D is backed by official engineering patents. We continuously innovate to improve pipeline durability and process flows:
Detailed answers to critical engineering, installation, and procurement questions.
Precision industrial ceramic solutions for mining, chemical, energy, and medical machinery.
Xingli Industrial Ceramics