Fused Cast Basalt Linings
Fused Cast Basalt Linings - industrial steel product
Cast basalt lined reducers integrate robust steel pipe structure with high-performance fused cast basalt lining, solving severe wear issues at pipeline diameter transition sections for industrial conveying systems.
Our cast basalt lined reducers are the ideal solution for your abrasion and corrosion-resistant needs. Learn more about our products and how they can be applied in your industry.
Pipeline reducers create sudden changes in flow velocity and pressure, which increases particle impact on the inner wall.
This makes them more vulnerable to erosion compared to straight pipe sections.
Without proper lining, reducers often become failure points in slurry and ash systems.
Cast basalt lined reducers are essential components in industrial pipeline systems where pipe diameter changes are required while maintaining high wear resistance.
In slurry, ash and powder conveying systems, flow velocity and particle impact vary significantly when the pipe size changes, making reducers a critical wear zone.
Cast basalt lining provides a durable internal surface that protects the reducer from severe abrasion and erosion.
These reducers are widely used in mining, power plants, cement plants and material handling systems where reliable diameter transition is required.
The steel body ensures structural strength while the basalt lining provides long-term wear protection.
This combination significantly reduces failure at pipeline transition points.
| Layer | Function |
|---|---|
| Steel Outer Shell | Provides mechanical strength and pressure resistance |
| Cast Basalt Lining | Protects against abrasion and erosion |
| Bonding Layer | Fixes lining to steel substrate |
| Layer | Function |
|---|---|
| Steel Outer Shell | Provides mechanical strength and pressure resistance |
| Cast Basalt Lining | Protects against abrasion and erosion |
| Bonding Layer | Fixes lining to steel substrate |
| Type | Description |
|---|---|
| Concentric Reducer | Center-aligned diameter transition |
| Eccentric Reducer | Offset transition to prevent air pocket formation |
| Custom Reducer | Designed according to engineering drawings |
Protects high wear diameter change zones.
Reduces failure at pipeline transitions.
Maintains consistent flow characteristics.
Minimizes replacement frequency.
Why are reducers important in slurry systems?
Because they handle pipe size changes where wear is usually highest.
Which type is more commonly used?
Eccentric reducers are often used to avoid flow disturbance.
Can it be customized?
Yes, reducers can be manufactured according to engineering requirements.
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