Titan 920-005 Manifold Filter

Manifold Filter for Spray Equipment Fluid Delivery Systems

The 920-005 manifold filter is a precision-engineered filtration component designed to protect the fluid delivery system of compatible spray equipment by capturing contaminants before they reach the spray gun. Positioned within the manifold assembly, this filter serves as a critical barrier between the pump and the application point, intercepting particles such as dried paint skin, debris from material containers, and other foreign matter that can cause tip clogging, uneven spray patterns, and accelerated wear on precision components. The manifold filter is particularly important in professional spraying operations where consistent material flow and reliable performance directly impact productivity and finish quality. Unlike inlet strainers that capture larger debris at the material pickup point, the manifold filter provides final-stage filtration after the pump, ensuring that any particles introduced during material handling or pump operation are removed before reaching the spray gun. The filter element is designed for straightforward service access, allowing operators to inspect, clean, or replace the component during routine maintenance without extensive disassembly of the equipment. Over time, accumulated debris can restrict flow through the filter, resulting in reduced output, increased pump cycling, or pressure fluctuations that affect spray pattern consistency. Regular inspection and replacement of the manifold filter at appropriate intervals prevents these performance issues and contributes to extended spray tip life. The 920-005 filter is constructed from materials compatible with a wide range of coatings, solvents, and cleaning agents used in professional spraying applications. For service technicians and equipment operators maintaining PowrTwin, Hydra, Epic, Commander, Admiral, and other compatible systems, this manifold filter represents a critical preventive maintenance component that directly impacts spray quality, equipment reliability, and job site efficiency.