Separators Purpose and value A separator is a component designed to divide or isolate different materials within a system. It helps protect downstream equipment, improve process stability, and support easier maintenance. Key benefits Improves system reliability by removing entrained liquids, gases, or solids before they reach pumps, valves, or sensors. Reduces crosscontamination and potential damage to critical components. Supports easier maintenance with straightforward access to replaceable elements. Offers durable construction suited to demanding environments. Core attributes Function: separates phases or materials in a flow path, or separates solids from liquids depending on model. Compatibility: designed to integrate with standard mounting interfaces and common piping or tubing sizes. Size: available in multiple sizes to fit different installations and flow requirements. Material: built from corrosionresistant materials or strength polymers; material options vary by model. Performance: engineered for consistent separation efficiency, reliable operation, and controlled pressure characteristics. Practical use scenarios In a fluid handling loop, to remove entrained air or separate immiscible liquids before the pump to prevent cavitation and wear. In a chemical processing line, to split mixed phases for downstream processing or filtration. In an air or gas system, to remove liquids or solids from the stream prior to instrumentation or critical components. Installation and selection For precise compatibility, refer to the specific model datasheet and installation guidelines, including size, material, and connection requirements.