Liquid vs. Gas Filtration: How Fabric Construction Changes When the Process Changes

Liquid filtration and gas filtration place fundamentally different demands on filter fabric. Liquid separation drives fabric selection around chemical resistance, pressure tolerance, and cake release. Gas filtration drives fabric selection around thermal stability, air permeability, and pulse cleaning survival. Custom...

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Sectional Warping: Why High-Value Yarn Handling Requires This Process

Summary: Sectional warping is the warp preparation method for industrial yarns at risk of damage in the direct warping process. Although a more labor intensive and costly process than direct warping, sectional warping has its advantages in creating a more durable final product for specific applications. This article...

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When Polypropylene is the Right Industrial Fiber

Polypropylene does not get the attention that aramid, polytetrafluoroethylene (PTFE), or carbon fiber received in industrial textile conversations. It is not exotic. It is not premium-priced. For a wide range of industrial applications, that is exactly why it is the right fiber. The challenge is knowing when...

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Why Custom Fabric Construction Outperforms

Why Custom Weave Construction Outperforms Off-the-Shelf Fabric, Even When the Fiber Is the Same Two engineers, two different industrial applications, both specifying "polyester woven fabric, 8 oz/yd², 60 inches wide."On paper, they are ordering the same material. In practice, the fabric that ships to one of them...

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Why PTFE? A Fiber Guide for Industrial Applications

Regulatory details below reflect the landscape as of April 2026; consult current EPA and state guidance for the latest requirements. PTFE Woven Fabrics: Where They Perform Best and How to Specify Them for Your Application Most engineers encounter PTFE fabric for the first time when a conventional material fails. A...

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