The global additive manufacturing industry has progressed in many ways. This is due to its versatility and sustainability benefits. The technology's increasing accessibility has driven its widespread across various fields. These include aerospace, medical/dental, automotive, electronic, and consumer products. The following things should be noted before selecting the right additive manufacturing process: the type of the polymer the deposition technique the way the material is fused or solidified You should choose an additive manufacturing process first that best meets your needs. Later you can select the appropriate polymer for the process and application. In this guide, let's help you select the right additive...

Fossil fuel-based plastics can have negative impacts on the environment. This has resulted in finding sustainable alternatives like bioplastics. They are produced from renewable resources that reduce the dependency on fossil fuels. The recent market trends predict an increase in bioplastics production in the coming years. This can be attributed to its properties that are superior to or at par with traditional plastics. Many commercial bioplastic grades are already in use while some are under research. Making the right choice of bioplastics in your formulation is crucial to meeting the desired requirements.

Polypropylene (PP) is a versatile thermoplastic – it is the lightest polymers among all commodity plastics, low density, stress-cracking resistant and the list goes on. Among variety of structures in PP family and its competitive properties with polyethylene can be confusing when it comes to selection. In this guide, get answers to all your queries while looking for a suitable PP grade for your application.

Learn more about Polyacetal or Polyoxymethylene (POM), a semi-crystalline engineering thermoplastic widely used to produce precision parts with high lubricity. Get detailed information on key features which make acetal resins an ideal material of choice in applications ranging from automotive to medical, industrial and many more.

After their first commercial production in late 1940s, epoxy resins comprise of wide family of materials today. Thanks to of their high strength, versatility and excellent adhesion to variety of surfaces, epoxy resins have gained wide acceptance in diverse applications (coatings, electrical, casting resins, composites…). Explore thermosetting epoxy resins in detail along with their key properties and understand what makes them an ideal choice in so many applications. Also, learn about different types of resins available and how to further improve their properties.