The Upload

Learn how heat sinks work for thermal management, and how to choose between aluminum, copper, graphite, and composites. Includes manufacturing tips and design guidance.

Ductility is the ability for a material to deform without breaking. Learn why it matters in manufacturing, how it's tested, and where it's applied.

An overview of materials with flame-retardant characteristics and the UL 94 classification.

Compare aluminum alloys to find the material that best fits your project needs.

There are many varieties of strong, durable nylon. Find out the right one for your application.

Both plastics are among the most used materials, but key differentiators dictate their application.

ABS and polypropylene (PP) are strong contenders for many projects, but what are the differences?

Elastomers and silicone, molding and printing: so many choices these days to make your medical parts

Keep patients safe! Find out what materials can withstand an autoclave’s blistering heat and steam.

Choosing the best translucent material for your molded parts isn’t always crystal clear. There are quite a few things to think about before making your final choice of materials and design.

Making nylon parts stronger isn’t difficult. All it takes is the addition of glass to your base material. Explore the pros and cons of glass-filled nylon.

Choosing to use ABS, polycarbonate (PC), or combining them is a popular way to get strong machined, printed, or molded parts. There are a lot of similarities, but also some significant differences that might help you find just the right one for your parts.