The pandemic has turned the global supply chain on its head. Manufacturers of materials and finished items are under unprecedented pressure to manage a disrupted workforce, while responding to ever-changing customer demands, in many cases with profound urgency. It’s enough to make one’s head spin. 

The COVID-19 pandemic has created an unprecedented surge in demand for healthcare and consumer products. This crisis has demanded stockpiles of supplies and has shifted the supply chain to local production. 

What is tension? The application of tension involves stretching or pulling a piece of material. Tensile tests are conducted to help specify materials for engineering applications.

Products and packaging undergo continual revision and improvement, with most companies constantly striving to use less material, simplify their manufacturing processes, and make their products more user friendly.

Variability in force test results due to incorrect selection of grips and fixtures can be minimized by simply using the proper grips and fixtures. There are many universal solutions available, but will the universal grip or fixture hold up to the test?

When testing the properties of a material or component, a range of options are available for examining, reporting and tracking tensile data.

The pervasiveness of rubber and plastic products is hard to overstate. They are everywhere, and they have been around for a while. In the case of rubber, it’s been in use since the early 1800s. While rubber and elastomers (from “elastic polymers”) previously had slightly different meanings, today for all practical purposes they are synonymous. 

Shimadzu Scientific Instruments and Oklahoma State University (OSU) have joined forces to help establish The College of Engineering, Architecture and Technology’s (CEAT) Mechanical and Physical Properties Testing Lab.

Tensile testing is arguably the most common test method used in both force measurement and material testing. Tensile testing is used primarily to determine the mechanical behavior of a component, part or material under static, axial loading.

Pick up a material analysis data sheet and you’ll always find tensile testing, and probably flexural testing as well. But depending on the application, don’t hold your breath looking for compressive testing.