Field Applications / Case Studies
Wear protection solutions for mining and heavy industry.
Severe abrasion, slurry corrosion and unplanned equipment downtime can significantly increase operating costs. Anda Industrial combines wear-resistant ceramics, lined piping, rubber and polyurethane solutions, UHMWPE systems and engineered metal products to help industrial operators improve equipment reliability.
Protection designed around real operating conditions.
15+
Years of export and industrial project experience
10,000 m²
Manufacturing facility in Zibo, China
6+
Core wear protection solution families
24/7
Responsive technical and commercial support
The Operating Challenge
When abrasion and corrosion become production risks
Mining and heavy-industry equipment often handles abrasive ore, high-solids slurry, sharp particles and corrosive process water. In elbows, reducers, chutes, hydrocyclones, pumps and transfer lines, localized wear can rapidly reduce wall thickness and create leaks, blockages or unexpected shutdowns.
Frequent pipeline replacement
High-velocity slurry and turbulent flow can accelerate wear at bends, impact zones and pipe transitions.
Unexpected equipment downtime
Unplanned repairs affect throughput, maintenance schedules, labor allocation and delivery commitments.
Slurry abrasion and corrosion
Mechanical wear and chemical attack can occur simultaneously, requiring more than a standard material selection.
Short service life
A mismatched liner or pipe material may increase total cost of ownership even when its initial purchase price is lower.
Application-Based Engineering
Representative field applications and case studies
The following project profiles show how Anda approaches common wear protection challenges. Final material selection depends on operating conditions including particle size, solids concentration, flow velocity, temperature, pressure, pH and installation requirements.
Case Study 01 · Mineral Processing
Ceramic-lined slurry pipeline elbows
Site challenge
A mineral processing plant experienced accelerated wear at pipe elbows and directional changes in a high-solids slurry circuit. Repeated replacement caused maintenance interruptions and increased spare-parts demand.
Engineering response
Anda evaluated the flow path and supplied ceramic-lined composite pipe sections with wear-resistant alumina ceramic protection in high-impact zones.
Application result
The protected flow path helped reduce localized wear exposure, simplify planned maintenance and improve reliability in the slurry transport circuit.
Case Study 02 · Copper and Gold Processing
Hydrocyclone and classifier wear protection
Site challenge
Hydrocyclone feed sections, cones and discharge components were exposed to abrasive particles, turbulent flow and continuous impact. Wear in these areas could affect separation performance and operating stability.
Engineering response
Anda matched component geometry and process conditions with ceramic, silicon carbide or other suitable wear-resistant materials for targeted protection.
Application result
Targeted lining of the most exposed areas supported consistent equipment operation and reduced the risk of premature component replacement.
Case Study 03 · Bulk Material Handling
Ceramic-rubber composite liners for transfer points
Site challenge
A transfer chute handling ore and aggregate faced repeated impact, sliding abrasion and material build-up. Conventional steel surfaces required frequent inspection and maintenance.
Engineering response
Anda proposed ceramic-rubber wear plates or liners combining a hard ceramic wear surface with an elastic rubber backing for impact absorption and secure installation.
Application result
The composite design helped protect chute structure, manage impact energy and extend inspection intervals in demanding material handling areas.
Case Study 04 · Tailings and Slurry Transport
Material selection for corrosive slurry service
Site challenge
A tailings transport system required protection against combined abrasion and corrosion. Leaks and internal degradation presented safety, environmental and production concerns.
Engineering response
Anda reviewed the slurry characteristics and recommended a suitable combination of ceramic-lined pipe, rubber-lined pipe, polyurethane-lined pipe or UHMWPE piping for different service zones.
Application result
A zone-based wear management approach improved protection coverage and helped the operator plan maintenance around production requirements.
Our Engineering Approach
A practical solution for each wear zone
Anda does not apply one material to every application. We consider operating conditions, failure modes, equipment geometry, installation access and total cost of ownership before recommending a solution.
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1
Understand the operating environment
Review material properties, flow conditions, temperature, pressure and maintenance history.
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2
Identify the dominant wear mechanism
Separate impact, sliding abrasion, erosion, corrosion and build-up risks by equipment location.
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3
Select and configure the protection system
Match ceramics, rubber, polyurethane, UHMWPE or wear-resistant metals to each service zone.
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4
Support implementation and maintenance planning
Provide custom dimensions, drawings, installation guidance and responsive technical support.
Industrial ceramics
Alumina, silicon carbide, zirconia, silicon nitride and ZTA components for severe abrasion and high-temperature applications.
Lined piping systems
Ceramic-lined composite pipes, rubber-lined pipes, polyurethane-lined pipes and UHMWPE or HDPE systems.
Composite wear solutions
Ceramic-rubber wear plates, liners, conveyor pulley lagging and ball mill rubber liners.
Wear-resistant metals
Tungsten carbide solutions, chromium carbide overlay plates, high-chromium steel and bimetallic wear plates.
Plan Your Wear Protection Upgrade
Discuss your application with Anda Industrial
Share your equipment type, service conditions, current failure point and required dimensions. Our team can help identify a practical wear-resistant material and customized configuration for your project.
Useful project information
- Equipment drawings or photographs
- Pipe diameter, length, thickness and connection type
- Material characteristics and slurry concentration
- Operating temperature, pressure and flow velocity
- Current service life and maintenance records