AIRPAK POCKET - FILTER SERIES - Salutary Avenue Manufacturing Services

MAF Pocket Filter Service

Airpak

Coalescer, Pre and Fine Efficiency Pocket Filter Series

AIRPAK POCKET FILTERS range include filter use for coalescing functions, pre and fine filtration dust capture. It is durable, reliable and economical pocket filter series that enables operational availability and reliability as an effective prefiltration solution. Highly effective in high rainfall, moisture, mist and fog content locations.

These filters are designed to be used as coalescers, pre-filters or fine filters depending on operational requirements.

Product Specifications

Product Specifications	UOM	Product Models
Product Specifications	UOM	Hydrogard C	Hydrogard XV
Measured Face (W X H)	mm	595 x 595	595 x 595
Total Depth (D)	mm	350 - 650	600 - 650
No. of Pockets	-	Custom number of pockets available
Effective Filtration Area	m2	Differs based on number of pockets. Contact our service representative for more details.
Frame Thickness	mm	22	22
Media Type	-	High-strength progressively structured polyester with hydrophobic treatment option
Filtration Efficiency Options	EN779: 2012*	G4, M5, M6, F7
Product Variation Available	-	Reverse Flow

*Products tested to EN779:2012 , EN1822, ISO 16890, and ISO 29461 standards.

Applications

Gas Turbines
Industrial Air Compressors
Engines
Generators and enclosures

Features

Suggested Configuration

Enhances turbine and compressor performance with MAF Multi-Stage Filtration System by ensuring cleaner air through multiple filtration levels.

Two-Stage Filtration System features a coarse filter for large particles and a high-efficiency fine filter for smaller contaminants, enhancing equipment reliability and reducing maintenance costs. For even more comprehensive protection, Three-Stage Filtration System includes a pre-filter/coalescer to capture large particles and moisture, a fine filter for additional contaminants, and EPA or HEPA standard filters for the finest pollutants, ensuring exceptional air and gas quality and maximizing equipment longevity.