Ceramic Tube Lining
High-Performance Ceramic Tube Lining Solutions for Abrasion & Corrosion Protection
In industries where abrasive materials are transported at high speed - such as mining, mineral processing, cement, power generation, and bulk material handling - wear of pipe systems is a major operational challenge. Our Ceramic Tube Lining Solutions are engineered to deliver superior wear resistance, extended service life, and reduced maintenance cost for pipelines handling slurry, powders, ore, and corrosive media.
Each ceramic tube lining is precision fabricated from high-purity alumina ceramics, providing unmatched hardness, thermal stability, and chemical resilience compared to ordinary steel, rubber, or polymer linings.
Key Features & Advantages
Exceptional Wear Resistance
The inner lining is made from high-purity alumina ceramic (92–99% Al₂O₃), reaching Mohs hardness 9. This allows it to withstand continuous erosion from abrasive particles and high-velocity slurry.
High Temperature & Corrosion Resistance
Ceramic maintains stable performance under elevated temperatures and resists chemical corrosion from acidic, alkaline, or corrosive media.
Smooth Inner Surface for Improved Flow
The ceramic surface has extremely low friction, minimizing pressure loss, preventing material accumulation, and improving conveying efficiency.
Strong Structural Integrity
The steel outer shell provides impact resistance and mechanical strength, while the ceramic liner handles abrasion - a perfect combination for heavy-duty pipelines.
Reduced Maintenance & Downtime
Longer lifespan means fewer pipe replacements, reduced plant shutdowns, and lower total operating costs.
Fully Customizable
Available in straight tubes, bends, elbows, reducers, and special-shaped sections. Pipe diameters, thicknesses, and ceramic grades can be tailored based on your project requirements.
How Ceramic Tube Lining Works
The inner surface of the steel pipe is lined with pre-engineered alumina ceramic rings or tiles. During operation:
Abrasive materials (slurry, ore, powder) impact the ceramic surface rather than the steel wall.
Ceramic absorbs the wear, preventing steel corrosion or thinning.
The smooth ceramic surface reduces friction, lowering energy consumption.
The pipe maintains structural stability and long-term resistance to abrasion and fluid erosion.
This dual-layer composite design delivers superior performance in high-wear environments.
Applications
Mining & Mineral Processing
Slurry pipelines, tailings transport, concentrate lines, cyclone underflow
Cement Industry
Raw meal, clinker dust, and pneumatic powder conveying
Cement Industry
Raw meal, clinker dust, and pneumatic powder conveying
Thermal Power Plants
Fly ash handling, coal powder pipelines
Chemical Industry
Corrosive powder and granular material transportation
Dredging & Sand Conveying
High-impact sand or gravel pipelines
Ideal for any system experiencing severe abrasion or corrosion.
Technical Specifications (Typical Values)
| Parameter | Value |
|---|
| Alumina Content | 92% / 95% / 99% |
| Ceramic Hardness | Mohs 9 |
| Density | 3.60 – 3.90 g/cm³ |
| Ceramic Thickness | 6–25 mm (customizable) |
| Steel Pipe Grade | Q235 / Q345 / Carbon Steel / Stainless Steel |
| Working Temperature | up to 1,000°C |
| Bending Angle Options | Straight, 11°, 22°, 45°, 60°, 90° |
| Pipe Diameter (DN) | DN 50–600+ (custom sizes available) |
Installation & Bonding Options
We offer multiple ceramic lining structures depending on impact level, temperature, and conveying speed:
1. Ceramic Rings (Ideal for Slurry Pipelines)
High dimensional accuracy
Extremely high wear resistance
Strong mechanical bonding
2. Ceramic Tiles (Segmented Lining)
Suitable for bends and irregular shapes
Flexible installation
3. Ceramic + Rubber Composite Tube
Reduces vibration and noise
Better impact absorption
4. Adhesive Bonding + Mechanical Locking
Ensures liner stability
Suitable for high-pressure systems
We will recommend the best structure based on your pipeline's working conditions.
How It Works – Advanced Wear Protection Design
Our ceramic tube lining process includes:
1. High-Precision Ceramic Manufacturing
Ceramic tubes are sintered under controlled conditions to ensure optimal density, hardness, and durability.
2. Exact Inner Bore Dimensions
Each tube provides a smooth, consistent inner surface for stable flow.
3. Strong Rigid Bonding to Pipe Shell
Ceramic liners are reliably fixed inside steel pipes using adhesive bonding, mechanical locking or composite bonding - depending on your system design.
This ensures stable performance even under high pressure, high velocity, high abrasion, and high temperature conditions.
Company Strength – Reliable Partner for Global Projects
We are Shandong Anda Industrial Co., Ltd., a professional manufacturer of ceramic wear protection systems:
✔ Established and experienced in ceramic engineering and export
✔ 10,000+ m² production and testing facilities
✔ Dedicated engineering team for custom industrial solutions
✔ Proven supply capability for large-scale mining, cement, and power projects
✔ Quality control throughout ceramic production, bonding, and final inspection
Our mission is to help customers minimize wear shutdowns, lower maintenance costs, and improve operational uptime - not merely sell a product.
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