fiber bond rigid pad

Fiber Bond Rigid Pad

By Fiber Bond

The Fiber Bond Rigid Pad delivers the convenience of custom-cut filters with the durability of a high-performance media. Its firm polyester-viscose structure resists sagging, and Spor-Ax® antimicrobial treatment inhibits microbial growth. Ideal for quick-turn solutions, each rigid sheet can be trimmed to fit any system, eliminating the need for flimsy panels or expensive 1-inch pleats.

merv 6 rating badge ul listed badge

Features

  • Antimicrobial Protection Built-In, Not Sprayed On: Spor-Ax® antimicrobial is integrated into the manufacturing process, ensuring it won’t flake, fade, or wash off. This built-in protection helps prevent mold, mildew, algae, and fungi from colonizing the media—extending service life and supporting better indoor air quality.
  • Rigid Construction for Dependable Performance: Unlike floppy poly or foam alternatives, the Rigid Pad is engineered with durable polyester and viscose fibers to hold its shape. The structure maintains integrity even after cutting, resisting collapse under airflow pressure and ensuring consistent performance throughout the filter's life.
  • Instant Custom Filters: Rigid Pad sheets can be easily cut with scissors, a paper cutter, or band saw—providing the flexibility to create filters in any size on-site. This cut-to-fit capability reduces lead time and stocking requirements, making it ideal for busy maintenance departments or unpredictable equipment inventories.
  • Cost-Effective Alternative to Pleats: Rigid Pads provide the filtration performance of a MERV 6-rated product without the added cost of pleated filters. It’s the perfect solution for customers who need a reliable, budget-friendly filter that doesn’t compromise on strength, cleanliness, or air system protection.

Details

  • Filter Media: Polyester/Viscose
  • Initial Resistance: 0.14” w.g. at 295 fpm
  • Flammability: UL 900 Classified
  • Performance: MERV 6
  • Recommended Final Resistance: 0.60” w.g.
  • Maximum Operating Temperature: 200° F