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Mining Operation View

Mining & Mineral Processing

When Abrasive Wear Drives Maintenance and Downtime

Mining and mineral processing equipment can face continuous sliding abrasion, slurries, and demanding operating conditions. When conventional materials wear too quickly, the result can be frequent component replacement, maintenance labor, and unplanned downtime.

3-10x  Potential Component Life Extension

4,000+ Unique Shapes Manufactured

Complex Shapes  Custom Manufacturing

Since 1994  Industrial Ceramics

operating conditions

Where Abrasion Becomes an Operating Problem

The most demanding areas of a mineral-processing system are often the points where material changes direction, moves at high velocity, or comes into continuous contact with equipment.

 

SCP silicon carbide components are used where abrasive wear, slurry exposure, and difficult service conditions can shorten the life of conventional materials.

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Common challenges include:

Continuous Sliding Abrasion

Repeated contact with abrasive material can rapidly wear elbows, liners, chutes, and other high-contact surfaces.

High-Velocity Material Flow

Fast-moving particulate and slurry can concentrate wear at elbows, redirects, cyclone components, and other changes in flow direction.

Abrasive Slurries

Slurry environments can combine mechanical wear with chemical exposure, creating demanding conditions for conventional metals and other materials.

Difficult-to-Replace Components

Custom or complex geometries may require a purpose-built component rather than an off-the-shelf wear product.

WHY SIlicon carbide

Designed for Demanding Wear Environments

Silicon carbide is exceptionally hard and highly resistant to abrasive wear, making it well suited for components exposed to continuous contact with mineral and particulate flow.

Abrasion Resistance

Hardness approaching that of diamond makes silicon carbide well suited to continuous abrasive wear and particulate contact.

Chemical Resistance

Silicon carbide offers strong resistance to many acidic, alkaline, and slurry environments where chemical exposure can shorten component life.

Thermal Performance

Silicon carbide maintains its properties at elevated temperatures and offers strong thermal shock resistance where operating conditions involve significant temperature changes.

Custom Geometry

SCP manufactures silicon carbide components in custom and near-net-shape configurations for applications where standard wear products may not provide the required geometry.

Material selection should be based on the actual combination of wear, temperature, chemical exposure, wall thickness, geometry, and operating conditions.

Applications

Common Mining & Mineral Processing Applications

SCP silicon carbide components are used in applications where abrasive material flow, slurry exposure, and wear can limit component service life.

  • Hydrocyclones and cyclones

  • Chutes and transfer points

  • Slurry handling systems

  • Centrifuges and separation equipment

  • Screw conveyors

  • Pneumatic conveying

  • Fine grinding and micronizing

  • Abrasive material redirects

  • Reactor and quench systems

  • Piping and inline flow components

Components Manufactured

Silicon Carbide Components for Mining & Mineral Processing

Component Shape Reference

Cyclone inlet heads

Apexes

Separators

Centrifuge components

Liners

Flow components

Reactor components

Grinding components

Wearback elbows

Chutes

Wyes

Piping

Feedboxes

Quench components

Micronizing components

Apex nozzles

Have a question about a shape not listed?

SCP is happy to have a conversation about your application, challenges with the current components and the desired outcome.

Case studies

Proven Performance

Limestone Wear Component replaced with SiC liner

Limestone Processing

In abrasive limestone processing environments, SCProbond™ silicon carbide liners significantly extended the service life of cyclones, chutes, pumps, and screw conveyors, reducing wear-related downtime and maintenance costs.

Trona Refining Cutter Blocks made of Silicon Carbide

Trona Refining Cutter Blocks

SCProbond™ nitride bonded silicon carbide cutter blocks outperformed gas nitrided steel, tungsten carbide coatings, and white cast iron, showing only 40% wear after 10.9 million pounds processed and remaining in service beyond 16 million pounds.

Limestone screw conveyor with wear issues and new srew conveyor with Silicon Carbide liners added for wear resistance

Limestone Screw Conveyor

A shaft liner remains wear free after two years in service, while custom contoured screw conveyor flight plates have preserved diameter and performance for over 20 months after processing nearly 80,000 tons of abrasive material.

The SCP Difference

More Than a Component Supplier

When a wear problem affects production, you need more than a material recommendation. SCP provides engineering support, custom manufacturing, and direct customer advocacy from application review through delivery.

Application-Focused Support

SCP considers operating conditions, component geometry, wear mechanisms, temperature, and chemical exposure when evaluating a material and component solution.

Reliable Delivery

> 95% on-time delivery helps customers plan maintenance and replacement requirements.

In-House Patterning & Tooling

Patterns and tooling are developed and maintained in-house, giving SCP greater control over precision, revisions, and production scheduling.

Customer Advocate

Each customer receives a customer advocate who serves as a single point of contact for any and all questions through every stage.

Custom & Complex Geometries

SCP has manufactured more than 4,000 unique shapes, including complex and large monolithic components.

Easier Repeat Orders

Your proprietary tooling remains with SCP, creating an established manufacturing foundation for future replacement and repeat orders.

Common Questions

Common Questions on SiC for Mining & Mineral Processing

Considering a Change to Your Mining & Mineral Processing Components?

Whether you're replacing a worn component, looking for longer service life in an abrasive application, evaluating silicon carbide against another material, or developing a new component, SCP can review your application and discuss the available material and manufacturing options.

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