Alumina Ceramic Sleeve Lined Pipe Elbow

Superior Abrasion Resistance At Directional Changes

Alumina ceramic sleeve lined elbows provide extreme wear resistance in curved pipe sections, reducing maintenance and extending service life under high-impact slurry and particle flows.

Alumina Ceramic Elbow Sleeve Lined Pipe Elbow Wear Resistant Elbow Abrasion Resistant Ceramic Elbow +1 More

Alumina Ceramic Sleeve Lined Pipe Elbow

Superior Abrasion Resistance At Directional Changes

Alumina ceramic sleeve lined elbows provide extreme wear resistance in curved pipe sections, reducing maintenance and extending service life under high-impact slurry and particle flows.

Alumina Ceramic Elbow Sleeve Lined Pipe Elbow Wear Resistant Elbow Abrasion Resistant Ceramic Elbow +1 More

Alumina ceramic sleeve lined pipe elbows are high-performance components designed for pipeline systems that experience intense wear at directional changes, such as 30°, 45°, 60°, and 90° bends. These elbows feature a steel or carbon steel shell lined internally with high-purity alumina ceramic sleeves (Al₂O₃ ≥92–95%), ensuring long-term durability and protection against mechanical abrasion, chemical corrosion, and impact erosion.

These elbows are ideal for use in power plants, cement factories, mines, chemical plants, and pneumatic conveying systems, where material flow is highly abrasive or chemically reactive. The ceramic sleeve is securely fixed within the elbow’s inner curve, providing a smooth and hard flow surface that dramatically slows down the wear process.

Advantages:

5–10× longer lifespan compared to standard elbows
Strong performance under slurry, powder, and chemical flows
Reduces operational costs and maintenance frequency
Custom designs available for elbows with wearback reinforcement
Ensures consistent material flow without clogging or turbulence

Sunny Steel specializes in custom fabrication of ceramic sleeve lined elbows tailored to your project specifications. We offer global service, technical support, and OEM supply with precise engineering for industrial wear applications.