Karen McIntyre, Editor01.03.20
Manufacturers of ultrasonic technologies agree—as innovation continues in the nonwovens industry, new opportunities for ultrasonics grow—especially as manufacturers continue learn more about the value of the technology.
A clean and efficient way of joining or slitting synthetic materials, ultrasonic bonding uses high frequency sound to generate localized heat through vibration and causes thermoplastic fibers to bond together. Suppliers in the industry say the technology offers several advantages.
The creation of a mechanical bond, rather than a chemical bond, allows a product to hold up better in extreme heat conditions while also being friendlier to the environment.
Following is a look at the latest innovations from some of the key suppliers of ultrasonic technology in the nonwovens industry.
Chase Machine and Engineering
Chase Machine and Engineering designs and builds custom machinery with a primary focus on the integration of ultrasonic technology for continuous and intermittent web applications. Working with the industry’s leading
A clean and efficient way of joining or slitting synthetic materials, ultrasonic bonding uses high frequency sound to generate localized heat through vibration and causes thermoplastic fibers to bond together. Suppliers in the industry say the technology offers several advantages.
The creation of a mechanical bond, rather than a chemical bond, allows a product to hold up better in extreme heat conditions while also being friendlier to the environment.
Following is a look at the latest innovations from some of the key suppliers of ultrasonic technology in the nonwovens industry.
Chase Machine and Engineering
Chase Machine and Engineering designs and builds custom machinery with a primary focus on the integration of ultrasonic technology for continuous and intermittent web applications. Working with the industry’s leading
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