Absolute Rated Filter Bag – MAB Series

Absolute Rated Filter Bag – MAB Series

99% Particle Removal Efficiency | Multi-Layer Melt-Blown Absolute Bags

Product Overview

The CMI MAB Series Absolute Rated Filter Bags are designed for applications requiring high-efficiency, absolute-rated filtration up to 99%.

Built using multi-layer melt-blown polypropylene microfiber, these bags deliver precise particle retention comparable to pleated cartridges—but at a significantly lower cost.

All MAB bags are fully welded, eliminating the risk of bypass caused by sewing holes.

A final outer layer of PP woven fabric enhances handling strength, prevents fiber migration, and ensures clean operation for high-purity processes.

MAB Series is a high-efficiency absolute rated filter bag, and can be used as an equivalent for AGF absolute bags.

The MAB Series is suitable for Food & Beverage applications and meets FDA-relevant material compliance requirements.

Key Features

• 99% absolute-rated filtration
  Accurate particle retention at 1, 3, 5, 10, and 25 µm.
• Multi-layer melt-blown PP microfiber
  Provides high efficiency and deep contaminant loading.
• Fully welded construction
  No sewing holes → zero bypass risk.
• Outer PP woven layer
  Improves bag strength, facilitates installation, and reduces fiber shedding.
• No silicone or binders
  Ideal for automotive paint, coating, and high-purity applications.
• Cost-effective replacement for pleated cartridges
  High performance at a lower operational cost.

Absolute Micron Efficiency Table

Technical Specifications

Material

• Multi-Layer Melt-Blown Polypropylene Microfiber
• Outer Layer: PP Woven Protection Fabric

Filter Bag Sizes

• #1 – 7" dia × 17" length
• #2 – 7" dia × 32" length
• #3 – 4" dia × 9" length
• #4 – 4" dia × 15" length

Collar Options

• Polypropylene (E)
• Stainless Steel / Carbon Steel Rings available upon request

Ordering Code Structure

Filter Bag Ring Materials

Available ring materials include carbon steel (S), stainless steel (SS), polypropylene (E), polyester (H), and nylon (Z), suitable for different chemical compatibility and operating conditions.