Engineering Resins
High-Flow PEI ‘Captures’ Burn-In Test Socket Manufacturer
S. Korea’s Sensata is one of the first BiTS makers to adopt SABIC’s new Superflow Ultem.
Read More
PBT Resin Made from Ocean-Bound PET Bottles
SABIC’s new WF0061BiQ is the latest addition to the company’s portfolio of chemically upcycled LNP Elcrin iQ materials.
Read More
PBT for Sensitive Automotive Electronics in Extremely Challenging Environments
BASF’s Ultradur B4335G3 HR HSP boasts a unique combination of different properties such as outstanding hydrolysis resistance and good flowability
Read More
POM, PPS, PBT and LCP Powders for Wide Range of Processing Methods
Polyplastics’ new Durast series of engineering plastic fine powders are suitable for low-volume sinter forming, compression molding, and 3D printing.
Read More
Domo Offers Injection Molding Simulation Database for Nylons
Domo’s new service provides customer with access to the most up-to-date extensive and validated Technyl nylon 6 and 66 products.
Read More
Tracing the History of Polymeric Materials: Acetal
The road from discovery in the lab to commercial viability can be long, and this was certainly the case for acetal polymers.
Read More
Asahi Kasei to Provide Carbon Footprint Data for Its Plastic Resins
The company has established a platform with NTT Data to grasp the amount of GHG emissions and calculate the carbon footprint for each of its high-performance resins.
Read More
Glass Reinforced PPS Compound for 5G Dipole Antennas
SABIC’s LNP Thermocomp OFC08V offers easy plating with LDS, warpage control and good RF performance.
Read More
Flame-Retardant PPAs for Electronic Components
BASF’s newly expanded Ultramid One J and Ultramid Advanced slate of FR PPA compounds boasts long-term thermal stability without corrosion.
Read More
Tracing the History of Polymeric Materials: The Differences Between Nylons & Polyesters
In many respects, nylons and polyesters appear to be interchangeable. But there are interesting differences in the properties of these two families that arise from their chemical structures.
Read More
