|
|  | Miller Fume Extractor FILTAIR MWX-D 951143Miller Fume Extractor FILTAIR MWX-D 951143 detail  Click for larger image  Click for larger image 
Miller Fume Extractor FILTAIR® MWX-D 951143
Source capture system with nanofiber filter technology for extended filter life, increased efficiency and cleaner air.
Process
Welding Fume Extraction
Applications
Industrial Applications
Manufacturing and Fabrication
Maintenance and Repair Operations
Schools/Educational Facilities

Features
Cleaner Air - FILTAIR® fume extractors effectively clean welding fumes from the air. Combining nanofiber filter technology, longer lasting airflow, and an optimized design results in a more powerful fume extraction system.
Superior Filter Efficiency -
Miller’s exclusive MERV 15 nanofiber filter
ensures capture of submicron weld fumes,
more holding capacity and the ability to
maintain low pressure drop—resulting
in a longer lasting filter and a cleaner
work space.
Nanofiber Technology - Nanofibers use an exclusive media blend that features a surface layer of nanofibers about 1000 times thinner in diameter than a human hair.

Nanofiber cartridge filters use a surface webbing of very small fibers to capture weld fume particles of all sizes, including submicron particles (.3 to 1ěm), which represents more than 80% of weld fumes. A nanofiber filter is surface loading, meaning they keep the particles on the surface of the filter, instead of becoming embedded deep within.
Strong Suction Power - Powerful 875 CFM system delivers
long-lasting airflow throughout the life
of the filter.
Reliable Extraction Arm - Optimally-designed extraction arm stays
in position and will not slouch over time.
Arm also comes partially assembled to
reduce set up time.
Saves Operator Downtime - From easy set up, simple front panel,
quick, convenient, and tool-free filter
replacement, FILTAIR® is easy to use.
Durable Construction - Industrial-grade metal cabinet and
extraction arm withstand the demands
of everyday welding.
Specs


Free standard ground shipping within contiguous U.S.
|
|
|