Abrasive pipe wear is rarely uniform. Elbows, tees, reducers, injection points and other changes in direction create turbulence and particle impingement, so they often require a different lining geometry from a straight run. Mapping the existing wall-loss pattern before selecting a ceramic-lined pipe helps place thicker or more robust elements where the flow actually concentrates wear instead of applying one construction everywhere.
02Wear-resistant ceramics
IC PIPECeramic-lined steel pipes, elbows and fittings
Steel pipes, elbows and fittings lined with alumina ceramic for abrasive slurry and pneumatic conveying. Tile-lined and integral-sleeve constructions can be configured with flanged or weld ends after the material, solids loading, velocity, pressure, temperature and bend geometry have been reviewed.
- Pneumatic conveying of fly ash, cement, alumina
- Slurry lines in mineral processing
- Boiler and furnace ash handling
- Dredge and tailings pipelines
Engineering overview
Ceramic-lined pipe — three technologies, one goal: deferring the next replacement
Understand the wear mechanism, configuration and operating limits before selecting a lining system.
Bonded tile linings accommodate large diameters and complex fittings through segmented geometry. Integral ceramic sleeves provide a continuous bore with fewer joints and can be useful where dimensions allow a one-piece insert. The suitable construction depends on pressure containment by the steel shell, liner tolerances, thermal expansion, inspectability and the chosen joining method; these points must be checked on the project drawing.
For a ceramic-lined pipe enquiry, provide an isometric or spool drawing, nominal diameter and schedule, end connections, conveyed material, particle-size distribution, solids concentration, flow rate, pressure, temperature and any cleaning or pigging requirement. The recommendation should identify the liner construction and thickness, joint details, bend radius, inspection points and installation constraints. Predicted life should only be stated when supported by comparable operating data.
Selection01 02 03
Choose the configuration from the service conditions
A defensible selection starts with the actual wear mechanism, geometry and installation constraints — not a generic product label.
Wear mechanism and conveyed material
Identify whether the line carries dry powder, granules or slurry and document solids concentration, particle size, hardness and chemistry. Velocity and flow regime help locate the sections where erosion will concentrate.
Geometry and service conditions
Straight runs, elbows, reducers and branches do not wear uniformly. Diameter, bend radius, angle, orientation, pressure, temperature and available envelope determine the lining construction and steel spool geometry.
Attachment, access and maintenance
Choose flanged or weld ends from the plant piping standard and maintenance strategy. Lifting, supports, field tolerances, inspection access and replacement spool length should be settled before fabrication drawings are released.
What the range is designed to provide
- Hard ceramic bore protects high-wear flow paths
- Three lining technologies for different pressures and particle sizes
- Custom diameters, radii and bend angles
- Flanged or weld-end connections
Validate before specification
- Verify pressure design, flange rating, steel wall, external loads and applicable piping requirements independently from the ceramic wear function.
- Confirm internal diameter, transition details and joint alignment so the lining does not create unintended restrictions, ledges or exposed steel at spool connections.
- Check the selected ceramic and attachment against temperature, chemistry, pressure cycling, vibration and the consequences of a released lining element.
Applications
Applications and available configurations
Pneumatic conveying of fly ash, cement, alumina
Slurry lines in mineral processing
Boiler and furnace ash handling
Dredge and tailings pipelines
Relevant industries
Mining
Chutes and transfer points · Hoppers, bins and silos
ApplicationsPower Generation
Boiler ash-conveying pipes · Induced-draft fan housings
ApplicationsCement & Aggregates
Mill separators and diaphragms · Kiln and cooler ducts
ApplicationsPorts & Bulk Handling
Ship-loader and unloader chutes · Grab bucket lips and shells
ApplicationsSpecifications
Technical data and range limits
Range-level values are indicative. Confirm the exact grade, test method, selected configuration and current technical data sheet before specification or purchase.
| Lining alumina content | Confirm on the selected-lining TDS |
|---|---|
| Hardness | Confirm with grade and test method |
| Design inputs | Material, particle size, velocity, pressure and temperature |
| Diameter and geometry | Engineered to the project drawing |
| End connections | Flanged or weld-end |
Implementation
From field survey to quality control
Treat material choice, geometry, attachment and inspection as one engineered system.
- 01
Diagnose and measure
Collect line data, isometrics, material characteristics, operating envelope and wear history. Mark high-loss elbows, reducers and entry zones and confirm the dimensions of connecting equipment in the field.
- 02
Engineer and approve
Define the steel spool, ceramic technology, bore continuity, ends, supports and inspection points on an approved fabrication drawing. Review tolerances and transport or lifting constraints before manufacture.
- 03
Install and inspect
Inspect dimensions, flanges, bore, transitions and visible lining before installation. Align and support the spool without forcing connections, then record baseline condition for future thickness or visual inspections.
Useful technical resources
Ceramic-lined pipe specification checklist
The operating, mechanical and inspection data needed before ordering ceramic-lined pipe, elbows and fittings.
Read the guideHow to select a ceramic wear lining
A practical decision path for alumina tiles, rubber-ceramic panels, ZTA and ceramic-lined pipe.
Read the guideFAQ
Questions engineers ask before selecting this range
When should IC PIPE be considered?
IC PIPE is evaluated for abrasive pneumatic conveying and slurry lines, especially elbows, reducers and fittings where flow changes concentrate wear. It is an engineered pipe spool: process conditions and pressure-boundary requirements must both be reviewed.
What information is required to specify IC PIPE?
Provide conveyed material, solids loading, particle range, velocity or flow, pressure, temperature, chemistry, pipe standard, diameter, schedule, bend geometry, end connections, isometrics and photos of the current wear.
What must be confirmed before ordering IC PIPE?
Approve materials, lining construction, minimum bore, pressure rating, flange specification, weld details, dimensions, tolerances, support points and inspection criteria. Confirm that the selected technical data correspond to the exact supplied construction.
Application solutions
Related application solutions
Explore equipment- and mechanism-led guidance where this product range may form part of the engineered lining system.
02
Pipes and elbows
Control concentrated erosion at bends, reducers and branches while preserving bore continuity, pressure design and maintainable spool geometry.
Explore solution05Pneumatic conveying and ducts
Trace particle-laden flow through bends, transitions, fan housings and ducts while keeping pressure, temperature, balance and access constraints explicit.
Explore solutionComplementary products
Products are shown separately from industries and only where they play a complementary technical role.
Request an application review
Review my application for IC PIPE
Send the information below so Induscoat can review the wear mechanism and prepare a technically relevant response.
- Handled material and particle-size range
- Operating conditions and observed failure mode
- Photographs and a dimensioned drawing