The Elmendorf tear test is a standardized method for measuring the tearing strength of flexible plastic films, paper, textiles and nonwovens once an original tear has been made — called the propagation of tear. It provides a quantitative measure of the force required to propagate a single tear through the material. Thwing-Albert Instrument Company is […]
Force measurement is one of the most fundamental methods of material testing and determines how a specimen will react under different loads or forces. It continues to be critical to the quality of end user products because it verifies material performance in applications where safety and reliability are essential, such as ensuring the strength of […]
October 18-21
Booth LU-8506
September 15-17, 2026
Booth 3603
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2025-2026 Events
Explore the legacy of Thwing-Albert Instruments as we journey through our history of excellence in materials testing. From our time-tested instruments to a rich history rooted in quality, discover how we’ve become a trusted global choice. Join us in celebrating the milestones, commitment to manufacturing quality, and unwavering support for our customers over the years.
Thwing-Albert proudly announces the launch of their latest Thickness Tester, the ProGage Touch. Designed to meet the rigorous demands of quality control and research and development, the ProGage Touch is an advanced micrometer that offers exceptional precision and accuracy. Building upon the success of its predecessor, the new ProGage Touch incorporates several notable enhancements. A user-friendly touchscreen interface offers intuitive navigation of the setup options, parameter configuration, and ease of reviewing test results and analysis.
Materials testing serves an important purpose when it comes to how the package performs in the hands of your customer. Will the medicine pouch open safely without the pills falling to the floor? Does the yogurt cup make a mess at the lunch table? What if the drink cup collapses when it is passed to the back seat? These can be some messy or frustrating experiences for the end user. These applications are some of the real-life examples of your quality testing at work behind the scenes.
The testing instrumentation that you use in your R&D laboratories and quality control departments is integral in product develop and ongoing quality assessment programs. We know that this is often a capital investment. Careful consideration needs to be undertaken when the time comes to adding capability or upgrade legacy instrumentation.
