July 2023 Issue
July 2023
Digital EditionFeatures
Featured articles from the July 2023 issue of Plastics Technology
Plastics Processing Contraction Continues
Contraction dominated the GBI index for overall plastics processing activity and almost all components, collectively suggesting a slowdown.
Read MoreCustom Injection Molder Plugs into All Electric Machines
Formerly a showroom for early-aughts-era Van Dorn hydraulics, the newest additions to Drummond Industries’ transforming fleet are all-electric Niigata injection molding machines.
Read MoreBidding So Long — But Not Goodbye — To Plastics Icon Matt Naitove
After 51 years of contributing content, plastics industry stalwart will take a step back.
Read MoreTracing the History of Polymeric Materials -- Part 30: Polyurethane
In the world of polymers, polyurethane chemistry is probably the most versatile. This a resulted in a wide range of products made from these materials and given the industry the flexibility to respond to the progressive march of regulatory concerns.
Read MoreCaptive Molder Beefs Up Auxiliaries to Boost Quality, Consistency
SeeScan adds conveying, drying, feeding and chilling technologies to improve quality — and enhance employee safety — in production of its underground/underwater inspection systems.
Read MoreSoft Prices for Volume Resins
While PP and PE prices may be bottoming out, a downward trajectory was likely for all other volume resins, including engineering types.
Read MoreRoll Cooling: Understand the Three Heat-Transfer Processes
Designing cooling rolls is complex, tedious and requires a lot of inputs. Getting it wrong may have a dramatic impact on productivity.
Read MoreHow to Achieve Simulation Success, Part 2: Material Characterization
Depending on whether or not your chosen material is in the simulation database — and sometimes even if it is — analysts will have some important choices to make and factors to be aware of. Learn them here.
Read MoreEnsuring Repeatability: The Key to Effective Injection Molding Automation
One of automation’s key promises is repeatability: the same movement to the same location, time and time again. But to achieve that, all elements involved — robot, machine, EOAT, mold — must be in and stay in alignment.
Read MoreHow to Configure Your Twin-Screw Extruder: Part 3
The melting mechanism in a twin-screw extruder is quite different from that of a single screw. Design of the melting section affects how the material is melted, as well as melt temperature and quality.
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