Thermoplastics

Rapidly growing concerns related to environmental and health safety, limiting dependence on petrochemical raw materials, reducing carbon footprint ... are among the few factors driving inclination towards use of biopolymers. There exist several biopolymers today and thanks to the excellent degradation behavior and versatility of PLA:    » It is now widely used in packaging sector right from a niche product in organic trade to premium packaging for branded goods    » High-performance grades, that are an excellent replacement for PS, PP, and ABS, are gaining traction in more demanding applications What makes PLA a very versatile polymer and material of choice in several applications today?...

Exhibiting high temperature and electrical resistances, polyamides (nylon) are considered as high performance plastics and are widely used in automotive & transportation markets, consumer goods and electrical and electronics applications among others. Learn more about this interesting class of plastics along with the main properties, benefits and applications of PA11, PA12, PA46, PA6, PA66 and PPA (polyphthalamides).

Thermoplastic elastomers (TPEs) are one of the most versatile plastics in today’s market bridging between the service properties of elastomers and the processing properties of thermoplastics. The cost effectiveness and design flexibility enable TPEs to be used in many major end-user markets, including consumer products, electronics, medical devices, automotive, and much more. Explore this comprehensive guide and learn everything you need to know about TPEs.

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.

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...