In industrial separation, the design of your centrifuge basket plays a critical role in performance. The two most common types—Cylindrical and Conical baskets—serve different purposes. Here’s how to choose the best one for your operation. Cylindrical Centrifuge Basket (Straight-Wall Design) Featuring a uniform diameter and vertical wall, this design relies solely on centrifugal force to hold solids against the basket while liquid passes through the screen or perforations. Key Advantages Even distribution of centrifugal force for consistent separation Forms a stable cake, ideal for thorough dewatering Longer solid retention time improves moisture removal Widely used in wedge wire and perforated designs This design is optimized for maximum dryness, making it perfect for applications where residual moisture must be minimized. Conical Centrifuge Basket (Tapered-Wall Design) With its angled wall, the conical basket adds an axial force to the centrifugal force, naturally guiding solids tow...
Wedge Wire Screen: Material Choice and Slot Sizing Guide for Wastewater Treatment Wastewater treatment plants rely on reliable and durable screening equipment to ensure efficient separation of solids from water. Among the different technologies available, wedge wire screens have become a standard choice due to their strength, precision, and resistance to clogging. However, to maximize performance, engineers and procurement managers must carefully consider two key design factors: material selection and slot sizing. This guide provides a practical overview to help decision-makers specify the right screen for their wastewater application. Why Wedge Wire Screens Are Used in Wastewater Treatment Wedge wire screens are made by welding V-shaped wires onto support rods, creating a continuous slot with excellent structural integrity. This design delivers several advantages in wastewater operations: • High open area for greater flow capacity. • Non-clogging surface due to the V-shaped wir...