October is Manufacturing Month; AFC is proud to be partnering with the Manufacturing Pathways Consortium for their shop plant tours. Along with 12 other local manufacturers, we are excited to welcome students, parents, community members, and policymakers to explore McHenry County’s manufacturing sector. Tour dates include October 10th, 19th, and 25th at 5-6pm and 6:30-7:30pm. Join AFC for Manufacturing Month
The chemical resistant properties of PTFE make it ideal for the chemical processing industry. The unique combination of PTFE and a fiberglass backing makes it suitable for a wide range of applications. Some of these applications include conveying chemically corrosive materials, duct/pipe insulation, and contaminant barriers. The non-stick properties of PTFE also make it ideal for any application with a non-stick requirement.
Products for Chemical Processing
DuraFab® Industrial Fabrics (20 Series)
DuraFab® Industrial Fabrics are the general workhorse of AFC’s product line. The 20 series fabric is engineered to serve a broad range of industrial and...more
DuraFab® Premium Fabrics (21 Series)
DuraFab® Premium Fabrics are made for the most demanding applications, and utilize multiple coatings of a premium top coat to ensure maximum performance. This leads...more
DuraFlow® Mesh Fabrics (27 & 28 Series)
DuraFlow® Mesh Fabrics are known for their exceptional performance in a wide variety of applications. Our proprietary coating formula has created a mesh that is...more
DuraSil® Silicone Fabrics (300 & 301 & 302 Series)
DuraSil® Silicone Fabrics are our most conformable, flexible, and wear resistant products. They are coated on one or both sides of the fabric with silicone...more
DuraStick® Skived PTFE Film Tapes
DuraStick® Skived PTFE Film Tapes is a pure PTFE film with a silicone adhesive on one side. This tape has the highest elongation and is...more
DuraStick® Extruded PTFE Film Tapes
DuraStick® Extruded PTFE Film Tape is the toughest pure PTFE tape produced by AFC. This tape possesses high dielectric and tensile strength with low elongation...more