FUEL

Our spunbond nylon 6,6 substrates are chemically resistant to ethanol and methanol resulting in a longer life exceptional choice for your substrate needs. The smaller mean pore size which our substrates provide offer excellent flow properties allowing for improved media integrity while supporting gradient density designs using nano, melt blowns and other media materials. Our fabrics are commonly used in both pre-filter and after filter application.

The Nylon Advantage®

One of the Toughest and most durable man-made polymers

High tensile and tear strength even at low fabric weights

Extreme thermal stability and high melting points

Resistant to most chemicals, solvents, alkalis, and acids

Excellence in uniformity and high quality applications

About Our Products

Cerex Advanced Fabrics Inc. is focused on developing and producing high quality products and providing world-class service.

We are certified to industry leading quality assurance systems including ISO 9001 and an A2LA certified material testing laboratory and maintain strong technical capabilities throughout the organization.

Our propriety process technology produces highly uniform and very strong nonwoven fabrics.

Cerex® Type 23050

Our spunbond nylon fabrics are designed using continuous filament technology thus eliminating downstream fiber contamination. Due to our nylon substrates being resistant to ethanol and methanol our sustrates are often preferred in gasoline, ULSD and biodiesel applications.

  • Flat Bonded Nylon 6,6
  • Fabric Color – Natural
  • Weight – .50 osy / 17 gsm
  • Grab Strength – 15.5 Lbs / 69 N
  • Burst Strength – 16.3 Lbs / 112.4 kPa
  • Thickness – 3.7 mils / .09 mm

Request a SampleMore Info

Cerex® Type 23085

Our spunbond nylon fabrics are designed using continuous filament technology thus eliminating downstream fiber contamination. Due to our nylon substrates being resistant to ethanol and methanol our sustrates are often preferred in gasoline, ULSD and biodiesel applications.

  • Flat Bonded Nylon 6,6
  • Fabric Color – Natural
  • Weight – .85 osy / 29 gsm
  • Grab Strength – 30.1 Lbs / 134 N
  • Burst Strength – 28.5 Lbs / 196.5 kPa
  • Thickness – 5.0 mils / .13 mm

Request a SampleMore Info

Cerex® Type 23100

Our spunbond nylon fabrics are designed using continuous filament technology thus eliminating downstream fiber contamination. Due to our nylon substrates being resistant to ethanol and methanol our sustrates are often preferred in gasoline, ULSD and biodiesel applications.

  • Flat Bonded Nylon 6,6
  • Fabric Color – Natural
  • Weight – 1.0 osy / 34 gsm
  • Grab Strength – 36.8 Lbs / 164 N
  • Burst Strength – 34.5 Lbs / 237.9 kPa
  • Thickness – 5.4 mils / .14 mm

Request a SampleMore Info

PBN-II® Type 30100

Our spunbond nylon fabrics are designed using continuous filament technology thus eliminating downstream fiber contamination. Due to our nylon substrates being resistant to ethanol and methanol our sustrates are often preferred in gasoline, ULSD and biodiesel applications.

  • Point Bonded Nylon 6,6
  • Fabric Color – Natural
  • Weight – 1.00 osy / 34.0 gsm
  • Grab Strength – 29.9 Lbs / 133 N
  • Burst Strength – 24.0 Lbs / 165.5 kPa
  • Thickness – 9.3 mils / .20 mm

Request a SampleMore Info

Our Certifications

Products Certifications

  • Berry Amendment Materials Certification
  • Boeing® Certification
  • Oekotex® Standard 100
  • Flammability Certification (FMVSS302)
  • EPA 40CFR300-15 Sorbent Approval
  • FDA Continuing Letter of Guarantee

Company Certifications

  • ISO 9001
  • ISO/IEC 17025 (A2LA)

Product Stewardship

  • REACH/ECHA SVHC Compliance
  • RoHS Compliance
  • Dodd-Frank Act Compliance
  • CONEG Compliance
  • Prop69 Compliance

Tell Us More About Your Product Needs

If you are interested in learning more about our products, markets, or a particular application, or would like to request a sample, please complete this form.

Request a Sample

NAME

EMAIL

COMPANY

PHONE (optional)

INDUSTRY / MARKET

HOW CAN I HELP YOU?

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