Wilkerson MXP-95-532 Carbon Adsorber Element 0.003 Micron

Product Description

The WILKERSON MXP-95-532 is an activated carbon adsorber element designed to remove hydrocarbon vapors, odors, and oil mist from compressed air systems. Rated at 0.003 micron, it provides fine-level adsorption performance suitable for demanding air quality applications. The element uses a carbon filter media and is a direct replacement or service component for use with the M30 adsorber filter housing. Installation and servicing are typically performed by industrial maintenance technicians or compressed air system specialists working on pneumatic lines and air preparation equipment.

This element is suited for compressed air treatment in industrial, manufacturing, and process environments where clean, dry air is critical. Common applications include air preparation ahead of sensitive pneumatic instruments, spray painting systems, food and beverage lines, and other processes that require removal of trace hydrocarbons and contaminants. It fits within a modular filter assembly and is intended to be replaced at scheduled service intervals to maintain system air quality.

Key Features

• 0.003 micron rating for fine hydrocarbon vapor and odor removal
• Carbon filter media provides effective adsorption of oil vapors and contaminants
• Designed for use with the M30 adsorber filter housing
• Sold as a single replacement element for straightforward servicing
• Lightweight construction at 0.56 pounds for easy handling during maintenance

Compatibility

Designed for use with the WILKERSON M30 Adsorber Filter housing as a direct service replacement element.

Installation Notes

Depressurize and isolate the compressed air line completely before removing or installing adsorber elements. Follow the M30 filter housing manufacturer instructions for element removal, seating, and housing reassembly. Ensure all connections are secure and leak-free before returning the system to service. Element replacement intervals should align with system demand, operating conditions, and facility air quality standards.