| 1. Cost-Effective | Lower initial purchase and installation costs compared to other valve types. | Reduced overall maintenance expenditures. |
| 2. Ease of Operation | Simple open/close mechanism requires minimal effort. | Less training time for operators. |
| 3. Low Friction Loss | Designed to minimize pressure drop across the valve. | Enhanced efficiency and reduced energy costs. |
| 4. Compact Design | Space-efficient compared to other valve types. | Decreases installation time and space requirements. |
| 5. Versatile Application | Suitable for various fluids including slurries. | Broadens operational capacity with lower maintenance complexity. |
| 6. Durability | Made from robust materials ensuring long service life. | Lowers frequency of maintenance and replacement. |
| 7. Easy Maintenance | Simple design allows quick access for repairs. | Reduces downtime and labor costs. |
| 8. Reduced Flow Turbulence | Design minimizes turbulent flow in pipelines. | Enhances the lifespan of piping systems. |
| 9. Lightweight | Significantly lighter than other valve types. | Facilitates easier installation and reduces structural stress. |
| 10. Reliable Sealing | Ensures tight seals to prevent leaks. | Reduces the need for frequent inspections and potential repairs. |