Industrial Painting/Coating Filtration Application

Trade paints are used in a wide variety of applications from house paints to prepackaged spray enamels. Trade paints are typically defined as coatings that are applied “on-site” in ambient conditions. The paints have a wide variety of quality specifications.
System
The system schematic diagram below outlines general processes, showing various raw materials mixed together through milling and a thinning step to produce paint. Key filtration points and products are identified in the table below.

Problem
Manfacturing of trade paints is typically a batch process where the paint is often recirculated through a filter until the product quality specification is met. Manufacturers often experience:
- Poor equipment utilization due to unnecessary and frequent paint re-circulation
- Operator exposure to volatile organic compounds (VOCs)
- Unacceptable product quality
- Excessive filtration costs due to short filter life, high disposal costs, and excessive inventory
Products Suitable For Industrial Painting & Coating Filtration Application
| Application Guide for Industrial Painting & Coating | ||||
|---|---|---|---|---|
| Filter Application | Location on Diagram | Feature-Tec Filter Cartridge | Recommended Flow Rate per 10″ Filter | Suggested Absolute Fitler Rating |
| Solid Paint | 1 | FBM | 3-5 GPM (11-19 LPM) | 3-50 µm |
| Resins | 2 | FBM/ELCPP | 3-5 GPM (11-19 LPM)1/2 GPM/FT² (2 LPM/FT²) | 20-30 µm |
| Solvents | 3 | ELCPP | 5-8 GPM (19-30 LPM) | 1 µm |
| DI Water | 4 | ELCPP | 5-8 GPM (19-30 LPM) | 5 µm |
| Filling | 5 | FBM/FCP | 3-5 GPM (11-19 LPM) | 3 – 75 µm3 – 125 µm |









