Filtration performance is part of equipment design. The component must fit the available envelope, maintain required flow and retention, withstand pressure and vibration, and remain compatible
Hygienic separation with wedge wire technology Wedge wire screens are continuous-slot filtration components manufactured by resistance-welding profiled surface wires to support rods. The triangular wire profile
An industrial filtration screen separates solids from a liquid, gas, or process stream through a controlled opening. The useful design inputs are the process duty, particle
Quality testing links a stainless steel filtration component to service conditions. Slot opening, profile tolerance, alloy, weld integrity and pressure-drop data should match the drawing.
A reverse rolled wedge wire screen suits cylindrical filtration where solids remain inside and filtrate moves radially outward. The internal working surface carries continuous slots, while
Filtration system downtime commonly develops from screen blinding, rising differential pressure, and declining flow rate. Custom wedge wire screens address these problems through controlled slot geometry and
Custom screen design should start with process conditions, not catalogue dimensions. Filtration efficiency means retaining target solids at the required flow and pressure drop between
Wedge wire screen slot tolerance affects particle retention, flow, pressure drop, and media loss. Nominal wedge wire screen slot size alone does not define consistency; slot
Low price means little if slot width, weld strength, or surface condition changes from batch to batch. Industrial buyers therefore look for suppliers that control
Harsh service can attack a wedge wire filter through corrosion, abrasion, heat, vibration, or high differential pressure. Good selection starts with the failure risk, not slot
