Nylon 6,6 Spunbond Delivers Uniformity in Filtration When it Matters

 In Blog

Substrate uniformity has a measurable impact on filter performance.

  • Basis weight variability of 34 gsm spunbond nylon is 64% less than polyester fabrics
  • Thickness variability of nylon fabrics is up to 90% less variable than polyester
  • Air permeability variability is at least 46% less for nylon spunbond than polyester
  • Indices show 34 gsm nylon spunbond is at least twice as uniform as polyester
  • The variance of the efficiency of nanofiber with a nylon substrate is 75% lower
  • Increase consistency in filter media performance in nanofiber, melt blown and membrane casting production
  • Minimize downstream fiber migration, contaminate shedding and channeling in dynamic flow applications
  • Provides more consistent protection against burst failures during system pulsations and better media protection during pleating
  • Combined with nylon’s greater strength, temperature and chemical resistance enables high performance advanced media designs
Showing 5 comments
  • education advice
    Reply

    Good answer back in return of this query with firm arguments and explaining everything regarding that.
    http://educationclue.eu

  • Reply

    you’re truly a good webmaster. The site loading velocity is amazing. It sort of feels that you’re doing any distinctive trick. In addition, The contents are masterwork. you have done a excellent activity on this matter!

  • business ideas
    Reply

    Hello There. I found your blog using msn. This is an extremely well written article. I will make sure to bookmark it and return to read more of your useful information. Thanks for the post. I will definitely comeback.

  • online learning
    Reply

    Valuable information. Fortunate me I found your website by chance, and I am shocked why this accident didn’t took place in advance! I bookmarked it.

  • secured
    Reply

    Good day! This is my first visit to your blog! We are a group of volunteers and starting a new project in a community in the same niche. Your blog provided us useful information to work on. You have done a extraordinary job!

Leave a Comment

Contact Us

We're not around right now. But you can send us an email and we'll get back to you, asap.

Start typing and press Enter to search