HCP-43610 Coalescer Filter Replacementfor Industrial Fuel, Oil & Water Separation

The HCP-43610 Coalescer Filter Element is an advanced, high-efficiency filtration cartridge designed for effective particulate removal and water-fuel separation in hydrocarbon fluids. Manufactured with multi-layer fiberglass coalescing media, the HCP-43610-S effectively merges tiny emulsified water droplets into larger droplets that naturally settle out, while simultaneously trapping fine solid particulates.

Engineered as a direct, cost-effective replacement for OEM Parker Velcon coalescer cartridges, this element ensures maximum equipment protection, continuous fluid purity, and reliable operation across aviation, petrochemical, and industrial applications.

Application

Aviation Fuel Systems: Primary stage filtration in jet fuel filter/separator vessels at fueling depots and refineries.

Refinery & Petrochemical Processing: Liquid-liquid separation in process streams, amine units, and hydrocarbon condensate purification.

Power Generation & Turbine Systems: Purification of turbine fuels, lube oil, and insulating oils.

Diesel & Biodiesel Processing: Bulk fuel transfer filtration and emulsified water removal from fuel storage tanks.

Dual-Stage Separation Capability: Efficiently removes fine solid particulate contaminants down to 10 microns while breaking emulsion to coalesce water haze out of hydrocarbons.

Multi-Layer Fiberglass Core: Built with high-density gradient fiberglass media (bound with high-strength epoxy/resin) to provide maximum dirt-holding capacity and optimal coalescing performance.

Low Initial Differential Pressure: Optimized internal structure lowers system resistance, reducing energy consumption and prolonging element lifespan.

Inside-to-Outside Flow Direction: Forces fluid through the inner diameter outward, allowing coalesced water droplets to grow safely on the exterior surface without re-entrainment into the clean fluid stream.

Wide Chemical & Temperature Compatibility: Designed to handle diverse hydrocarbon fuels, diesel, and biodiesel blends across a operating range of -40°F to +160°F (-40°C to +71°C).