From The Blog

Robotics Make It Possible, Plastics Make It Happen

Ever watched “The Jetsons”? It was a ‘60s cartoon family living in the future. George Jetson drove a gas-free hovercraft. Jane, his wife, and the school-age children chatted on mobile and video calls. The family also had a spunky robotic maid, Rosie, who cleaned and maneuvered around a talking dog, Astro.
Today we live like the Jetsons. We see gas-free electric cars on the road. We rely on the internet for everyday activities. Perhaps you’re reading this blog on a mobile phone.…

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FOUR THERMAL PROPERTIES OF PLASTICS

Generally, there are four commonly used thermal properties of plastics: Heat Deflection Temperature, Continuous Service Temperature, Melting Point or for some, Glass Transition Temperature (Tg) and Coefficient of Thermal Expansion.
 
Heat Deflection Temperature (ASTM D648): Heat Deflection Temperature or heat distortion temperature (HDT) is the temperature at which a polymer deforms to heating or cooling under a specified load. ASTM stands for the American Society for Testing and Materials which is an international society that develops and publishes voluntary technical standards for materials among other things.…

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PLASTIC VS. METAL

Factors to Consider When Choosing the Right Material for Your Product
 
Much of the prolific growth in the plastic industry over the past several decades has been fueled by the replacement of metal products and components. Examples are numerous, and include canoes, airplane parts, medical implants, missile components, gas cans, and car parts. Along the way, many designers have had to evaluate whether to use plastic or metal in their applications. Below are some of the considerations that may be helpful.

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