KP1673-10 - Lincoln Electric Statiflex & Mobiflex 400-MS MERV 16 Replacement Filter

High-Efficiency Filtration for Industrial Compliance

The Lincoln Electric KP1673-10 is a premium replacement filter cartridge designed specifically for the Mobiflex 400-MS and Statiflex 400-MS fume extraction systems. Engineered to meet the rigorous demands of industrial welding environments, this filter boasts a MERV 16 rating in accordance with ASHRAE 52.2 standards. This classification ensures the capture of extremely fine particulate matter, making it an essential component for maintaining air quality and regulatory compliance in heavy fabrication and manufacturing settings.

Constructed with advanced nano fiber technology, the filter media provides a significant advantage over traditional cellulose or polyester filters. The nano fibers create a fine surface layer that traps up to 95% of airborne contaminants ranging from 0.3 to 1 micron in size. This surface-loading characteristic is particularly beneficial for units equipped with the RotaPulse™ mechanized filter cleaning system, as it allows dust and fume particles to be pulsed off more effectively than depth-loading media, thereby extending the operational life of the cartridge and maintaining consistent airflow performance.

This unit serves as the direct successor to the KP1673-4, offering enhanced filtration efficiency. It is compatible with Mobiflex 400-MS (K1741-4) and Statiflex 400-MS (K1742-2) units, as well as older models K1741-3 and K1742-1. Each filter is clearly labeled with its part number and contact information to simplify inventory management and replacement procedures. The substantial surface area of the filter design maximizes particle retention while minimizing pressure drop across the system.

Safety during maintenance is a priority with the KP1673-10. The package includes a complete disposal kit consisting of a dust mask, protective gloves, and a heavy-duty plastic bag. This ensures that maintenance personnel can remove and dispose of the saturated filter without direct exposure to the hazardous particulates captured during the welding process.