XFP 6000 Bag
XFP-6000: 3-stage paint booth overspray system for aerospace application
A state-of-the-art 3-stage paint overspray system specifically designed for the collection of aerospace chromate coating overspray. Can also be easily adapted to older, two-stage paint finishing lines.
First Stage
The CPA pre-filter is a multi-layered polyester media constructed of lofted denier and heavier densified fiber. The air leaving side is inkjet printed for identification and proper installation.
Second Stage
The ME/PT pre-filter is constructed of two different layers of tackified polyester media, RF heat-sealed together. Additional face sealing secures the two layers. Each layer is constructed of a multi-layered, multi-density polyester with heavy, non-migrating tackifier on the air-leaving side.
Third Stage
The XFP-6000 pocket bag filter is constructed using 2 plies of electrostatic medias. The first and second plies are a composite of melt blown and spun bound polyester fibers.
Securely Sealed with No Paint Bypass
Each pocket is securely sealed with a galvanized metal gasket header. This eliminates any paint bypass through or around the bag filter.
NESHAP Method 319 Test Results
| Particle Size | Method 319 Efficiency Requirements | XFP-6000 Efficiency |
| Dry Paint Performance – testing agent KCL neutralized | ||
| .73 | 75% | 95.0% |
| 1.16 | 85% | 98.4% |
| 2.85 | 95% | 99.6% |
| Liquid Paint Performance – testing agent Oleic Acid neutralized | ||
| 0.47 | 65% | 84.3% |
| 1.41 | 80% | 95.9% |
| 2.83 | 95% | 99.2% |
Other Test Results
| Paint Tested | Paint Arrestance - Average Removal Efficiency | Total System Holding Capacity |
| Deft 44-GN-72: 0.2 -0.3 µm (dry, low viscosity) | 99.97% |
5571 gr 12.29 lbs |
| Deft 02-Y-040A: 0.2-0.3 µm (liquid, high viscosity) | 99.99% |
6702 gr 14.78 lbs |
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Initial Pressure Drop 0.159 @ 120 FPM (12” final filter) |
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ASHRAE 52.2 Efficiency 99.9% - 0.30-1.0 μm - MERV 16 |
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*A.J. Dralle, Inc. is dedicated to developing the most efficient and innovative filtration systems. As a research driven company, our systems are products of thorough testing. To demonstrate our dedication, we also test our systems to determine if they meet EPA NESHAP Method 319 standards with actual paint used in field, as well as Method 319 testing agents. If you are interested in paint test results, please give us a call.