Key Features

• Heavy-duty construction with scrim-backed or dual-density fiber.

• Pocket and cube configurations for expanded filter surface area.

• High paint-holding capacity and extended service life.

• Internally supported for enhanced durability.

Ideal for multi-stage filtration systems, these filters are built to handle high volumes of paint overspray while minimizing maintenance needs, making them a cost-effective choice for maintaining optimal spray booth performance.

Product Specifications

Product Type: Pre and Exhaust Bag Filter

Construction Material

These filters are made from high-performance synthetic media, which is specifically engineered for use in spray booth environments. The media is arranged in layers to enhance filtration efficiency while maintaining low airflow resistance.

Features

The filter bags are designed to capture both large and fine particles. The construction includes multiple pockets, which are deep enough to hold a large volume of contaminants, extending the filter’s lifespan and reducing the frequency of replacements. The bag design also helps to ensure even airflow and consistent filtration performance throughout the filter's use.

Size Options

The filters are available in various sizes to fit different spray booth configurations. Common dimensions include widths and depths designed to accommodate standard spray booth setups.

Efficiency Rating

These filters are designed to capture a high percentage of airborne particles, making them suitable for both pre-filtration and exhaust filtration stages in spray booths.

Applications

Typically used in automotive, aerospace, and industrial spray booths, these filters are effective in both the initial (pre-filtration) stage and the final (exhaust) stage of the spray booth’s air filtration system. They help ensure that both incoming and outgoing air is clean, protecting workers and the environment from harmful particles.

Replacement Period

Replacement intervals depend on the type of material being sprayed, the frequency of use, and the volume of air passing through the filters. Regular monitoring is recommended to ensure optimal performance.