Titan 920-004 Filter Element, 50 Mesh

Filter Element 50 Mesh for Spray Equipment

The 920-004 filter element with 50 mesh filtration is a precision-engineered replacement component designed to remove contaminants from coating materials before they reach the spray tip. With approximately 50 openings per linear inch, this mesh rating provides an optimal balance between contaminant capture and flow characteristics for standard paints, primers, stains, lacquers, and medium-viscosity coatings commonly used in professional spraying operations. The filter element installs within the fluid path, typically at the pump inlet or within a filter housing, where it intercepts particles such as dried paint skin, dirt, debris from containers, and other contaminants that can cause tip clogging, uneven spray patterns, and accelerated wear on pump components. Maintaining clean filtration is one of the most effective ways to extend spray tip life and ensure consistent application quality across a project. As the filter accumulates debris over time, flow resistance increases, which can manifest as reduced output, increased pump cycling, or pressure fluctuations. Regular inspection and replacement of the filter element at appropriate intervals prevents these performance issues and protects downstream components from damage. The 50 mesh rating is particularly suitable for general-purpose coatings, offering sufficient filtration to protect equipment while allowing adequate flow for productive application rates. The 920-004 filter element is constructed from corrosion-resistant materials capable of withstanding exposure to a wide range of paints, solvents, and cleaning agents encountered in professional spraying environments. For operators maintaining PowrTwin, Hydra, Commander, Admiral, and other compatible equipment, this filter element represents a critical preventive maintenance component that directly impacts spray quality and equipment reliability. When used in conjunction with proper material straining and clean supply practices, regular filter replacement contributes to consistent job site performance and reduced service interruptions.