Fiber Bond Dustlok 2-Ply Media
Fiber Bond Dustlok 2-Ply Media delivers MERV 9 filtration with dual-layer construction, proprietary Dustlok adhesive, and built-in Spor-Ax antimicrobial protection. Designed for long service life, exceptional dust-holding capacity, and reduced maintenance, it’s ideal for facilities aiming to improve indoor air quality efficiently.
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- Description
Overview of Fiber Bond Dustlok 2-Ply Media
Fiber Bond Dustlok 2-Ply Media provides high-performance air filtration with a durable dual-layer design. Its depth-loading capability captures airborne particles effectively while the antimicrobial treatment inhibits microbial growth. Engineered for consistent efficiency and long life, this media supports commercial and industrial HVAC systems where reliability, reduced maintenance, and indoor air quality are priorities.
Advanced Dual-Stage Filtration
The dual-layer media features a white entry layer to capture larger particles and an orange backing layer to block breakthrough. Dustlok’s proprietary composite adhesive traps remaining contaminants, while the integrated Spor-Ax antimicrobial treatment resists mold, mildew, and bacteria, ensuring that the media maintains performance and extends service life in demanding HVAC environments.
Flexible, Customizable Media
Available in formats suitable for fabrication into pads, panels, or cube filters, Fiber Bond Dustlok 2-Ply Media can be supplied in widths up to 92". This versatility allows for on-site customization to meet unique system requirements, making it a cost-effective solution for large-scale commercial, industrial, or retrofit filtration projects.
Extended Life, Reduced Changeouts
The depth-loading design, combined with rewetting capability, ensures the media performs fully throughout its service life, reducing replacement frequency and operational costs. This extended lifespan minimizes filter waste while maintaining low resistance to airflow, supporting energy efficiency and sustaining indoor air quality without compromising system performance.