EKO element BA G1 fits BEA Air Top filter housings.

The EKO element BA G1 for BEA Air Top filter housings is a high-performance filtration solution designed to deliver reliable and efficient compressed air purification in demanding industrial environments. It is engineered to ensure stable operation, improved air quality, and reduced maintenance requirements. This makes it an excellent choice for businesses that require consistent filtration performance and long service life in their compressed air systems.

Model Fineness µ Oil residue content Type
RF Prefilter 1 µm dust, solid particles, liquid water, oil aerosols, before fine filter
RC Fine filter 1 µm solid particles, liquid water, oil aerosols
RA Ultra fine filter 0.01 µm solid particles, liquid water, oil aerosols
CA Active Carbon oil, hydrocarbons, vapors and odors

This filter element is manufactured using advanced filtration media that ensures efficient removal of contaminants such as oil aerosols, moisture, and solid particles from compressed air. By maintaining a low pressure drop, it helps optimize energy consumption and supports more cost-effective system operation. The robust construction ensures that the element performs reliably even under continuous and demanding operating conditions, making it suitable for a wide range of industrial applications.

In addition to its filtration efficiency, the product is designed for easy installation and replacement within existing BEA Air Top filter housings. This minimizes downtime and simplifies maintenance procedures, allowing systems to return to full operation quickly. Its durability also contributes to reduced replacement frequency, which further lowers operational costs over time.

Overall, the EKO element BA G1 for BEA Air Top filter housings provides a dependable and efficient alternative to original filter elements. It combines high filtration performance, energy efficiency, and long service life, making it a practical solution for maintaining clean and reliable compressed air systems in professional environments.