Inlet/Outlet Cones

Inlet/Outlet Cones are conical-shaped duct components integrated into particulate filter housings to manage airflow dynamics. The inlet cone gradually expands to distribute contaminated gas evenly across the filter media surface, preventing localized loading and channeling. The outlet cone contracts to collect purified gas with minimal pressure drop. These components are engineered with specific taper angles, inlet/outlet diameter ratios, and surface finishes to match filter cartridge configurations and operational parameters.

The cones utilize Bernoulli's principle and continuity equation to control fluid velocity and pressure distribution. The expanding inlet cone reduces gas velocity, promoting uniform particulate deposition across the filter surface. The contracting outlet cone accelerates cleaned gas while maintaining laminar flow to minimize turbulence-induced re-entrainment. Both cones incorporate smooth internal surfaces and optimized geometries to prevent dead zones and maintain consistent flow patterns throughout filtration cycles.