KP3367-1 - Lincoln Statiflex 6000-MS Replacement Filter Set (MERV 14)

High-Efficiency Filtration for Industrial Environments

The Lincoln Electric KP3367-1 Filter Set is a critical maintenance component designed to sustain the operational integrity of Statiflex® 6000-MS units and compatible Centralized Systems. Engineered with precision, these filter cartridges utilize a high-grade cellulose fiber media that achieves a Minimum Efficiency Reporting Value (MERV) of 14. In the context of industrial air quality control, a MERV 14 rating signifies the filter's capability to capture particulate matter between 0.3 and 1.0 microns with high efficiency. This level of filtration is paramount for facilities managing weld fumes, grinding dust, and other airborne contaminants generated during heavy fabrication processes.

The structural integrity of the cellulose fiber ensures that the filter maintains its shape and filtration surface area even under the substantial airflow pressures typical of the Statiflex 6000-MS system. By preventing bypass and ensuring uniform air distribution across the media, these filters maximize the capture rate of hazardous particulates before the air is recirculated or exhausted. Regular replacement of these cartridges is essential not only for air quality but also for protecting the mechanical components of the extraction unit from dust accumulation and back-pressure strain.

This product is supplied as a comprehensive service kit. It includes two replacement cartridges required for a full system change-out, alongside specific safety accessories to facilitate a compliant maintenance procedure. The inclusion of a dust mask and gloves addresses the immediate safety needs of the technician during the change-out process, while the provided plastic bag ensures that the spent, contaminant-loaded filters can be sealed and disposed of according to environmental safety standards. The KP3367-1 represents a holistic approach to system maintenance, prioritizing both equipment performance and personnel safety.