Bullard BFW Papr Sar Headgear Facepiece Replacement Part

Product Description

The BULLARD BFW is a facepiece replacement part designed for use with PAPR (Powered Air-Purifying Respirator) and SAR (Supplied Air Respirator) headgear assemblies. It falls within the accessory category of facepiece replacement parts and adapters, serving as a direct service component for respiratory protection equipment. Weighing 1 pound, this replacement part is intended for installation by safety professionals, industrial hygienists, and trained maintenance personnel responsible for maintaining compliant respiratory protection programs in industrial or hazardous environments.

The BFW is compatible with the 77GLT Rectangular Glass Lens and 88VX series headgear systems. It is suited for environments where PAPR or SAR equipment is required, including industrial facilities, confined space operations, and other settings with airborne hazard exposure. This type of replacement part is typically installed during scheduled maintenance intervals or when facepiece components show wear that could compromise the integrity of the respiratory seal.

Key Features

• Facepiece replacement part and adapter category for PAPR and SAR headgear systems
• Compatible with 77GLT Rectangular Glass Lens series headgear
• Compatible with 88VX series headgear
• Lightweight at 1 pound for easy handling during maintenance
• UNSPSC Code 46182400 for procurement and catalog classification

Compatibility

Confirmed compatible with BULLARD 77GLT Rectangular Glass Lens and 88VX series PAPR and SAR headgear assemblies.

Installation Notes

Installation of facepiece replacement parts should be performed by personnel trained in respiratory protection equipment maintenance per applicable OSHA and ANSI Z88.2 respiratory protection program requirements. Power down or disconnect the PAPR blower unit before servicing any facepiece or headgear components. Follow the manufacturer service documentation to ensure proper seating and fit of replacement parts, as improper installation can compromise the respiratory seal and user protection.