R1-R1SC difusion media
Diffusion Media

R1-R1SC series

Superior Filtration for Paint Spray Booth Supply Air

A progressive density media that is thermally bonded, treated with a proprietary adhesive and optional scrim to ensure a mirror smooth finish.


Applications Features
Article Thickness approx. [in] Nominal media velocity [fpm] Initial pressure drop [in w.g.] Average arrestance [%] Thermal stability [°F]
R1 0.71 100 0.07 95 212
R1SC (w/ Scrim) 0.71 100 0.07 95 212
Particularly eco-friendly
Particularly eco-friendly
High functional dependability
High functional dependability
Original Viledon quality
Original Viledon quality

Applications

  • R1 Diffusion Media is particularly useful in air supply for cross-draft paint booths or prefiltration for high efficiency final filters.

  • Multiple synthetic layers combine a prefilter consisting of a high performance cover mat with a final filter of progressively structured media.

  • Progressive media density enhances particle collection efficiency and life of filter.

  • Proprietary scrim eliminates fiber migration to ensure a mirror-smooth finish.

  • Media is thermally bonded and tackified.

R1-R1SC difusion media

Features

  • R1-R1SC bulk rolls, cut pads, self-supporting panels and links are designed for 95% efficiency on 10 micron particles and larger.

  • They offer superior filtration of supply air to paint spray booths where controlled laminar flow is a requirement.

  • Proprietary tackifier completely encapsulating all fibers eliminating particle migration due to mechanical vibrations associated with paint spray booths.

  • R1-R1SC series is environmentally friendly, designed to comply with most landfill regulations.

  • Nominal thickness of .75”.

  • R1-R1SC panels are designed with 10 gauge steel support frame sealed between media layers, using durable RF (radio frequency) welding procedures.

  • The SC signifies the scrim option on the air leaving side, enhancing mechanical integrity.

  • UL 900 Classified.

  • Temperature resistance: Continuous: 212°F, peaks at 250°F.