Epoxy is a thermosetting material that cures through a chemical cross-linking reaction. Renowned for its high bond strength, dimensional stability, excellent electrical insulation, chemical resistance, and highly tunable formulations, it is widely used in applications such as electronic packaging, electrical…
TPR plastic has a proven track record of mature applications spanning decades in industries such as automotive, consumer electronics, and medical devices. However, engineers often face the same dilemmas when selecting materials: What exactly is the difference between TPR and…
Not sure if PFA plastic is suitable for your project? Unsure which grade of PFA plastic to use? Struggling to find a manufacturer with proven PFA injection molding experience? Wondering how PFA plastic compares to PVDF or PTFE for your…
Are you searching for a plastic material that resists aggressive chemicals, survives extreme temperatures from -200°C to +150°C, and lasts decades outdoors — yet can still be injection molded into complex, precision geometries without switching to exotic manufacturing processes? ETFE…
Are you looking for a material that “can be injection molded, is resistant to strong acids, and has properties similar to PTFE”? Then you should take a closer look at FEP plastic. It is one of the few members of…
PVDF plastic appears almost every time on the material selection lists for chemical fluid piping, semiconductor equipment, medical devices, and new energy battery systems. It is not a general-purpose plastic that competes on price, but rather one that has secured…
Liquid crystal polymer occupies a unique performance tier — not just high-performance, but possessing a specific combination of properties that collectively define the material: the ability to flow into walls thinner than human hair, crystallize in microseconds producing self-reinforcing molecular…
That number is not a marketing claim — it is a documented material performance threshold that separates PPSU plastic from every other engineering thermoplastic in the polysulfone family, and from most high-performance resins at any price point. PSU and PES…
Polyphenylene sulfide occupies the performance tier between standard engineering thermoplastics and ultra-high-performance polymers like PEEK — delivering continuous service temperatures to 220 °C, resistance to virtually every solvent below 200 °C, inherent UL 94 V-0 flame resistance without additives, and…
Polyetherimide — commercially known as Ultem® (SABIC) — is the material that gets specified once the design requirements have been clarified by failure. It is not the cheapest engineering thermoplastic on the list. It is not the easiest to process.…
