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September 3, 2026

Frankl & Thomas Holiday Hours

In observance of the Labor Day holiday, the offices of Frankl & Thomas will be closed on Monday, September 7th. We will resume our normal operating hours on Tuesday, September...

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Frankl & Thomas Holiday Hours

In observance of the Labor Day holiday, the offices of Frankl & Thomas will be closed on Monday, September 7th. We will resume our normal operating hours on Tuesday, September...

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Join Frankl & Thomas at STA 2026

Join Frankl & Thomas at the Southern Textile Association (STA) 2026 Annual Meeting, taking place Sunday, July 19, through Tuesday, July 21, 2026, at the Embassy Suites by Hilton Myrtle...

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July 4th Holiday Hours

Please note that Frankl & Thomas will be closed on Friday, July 3, in observance of the Independence Day holiday. We will resume normal business hours on the next business...

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Our New Website Experience Is Now Live!

We’re excited to announce the launch of our newly enhanced website — built to be faster, cleaner, and better than ever. You’ll find streamlined navigation, updated content, and a refreshed design that makes it easier to find exactly what you need. This upgrade marks an important step forward for our brand, and we can’t wait for you to explore everything that’s new.

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F&T Holiday Schedule Thanksgiving

As the season of gratitude approaches, we want to take a moment to thank our customers and partners for their ongoing support throughout the year. Frankl & Thomas will be...

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Nippon Nozzle at the ITMA 2024 Show in Shanghai

Our supplier Nippon Nozzle is excited to showcase its innovative solutions at ITMA ASIA + CITME 2024, happening from October 14-18 at the National Exhibition and Convention Center in Shanghai....

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ITMA 2023

Mike Alexander, Vice President & General Manager of Frankl-Thomas, Inc. will be attending ITMA 2023. Event Information ITMA 2023 (June 8-14) Fiera Milano Exhibition Center Milan, Italy ITMA Website Exhibiting...

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A Fabric Can Hear

A Fabric Can Hear Engineers at the MIT designed a fabric that is converting sound first into mechanical vibrations, then into electrical signals, similarly to how our ears hear. This...