Compression Molding
Small wind gets big
Massive growth, complex blade designs reopen challenging market in wind energy niche.
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High-speed press cure for high-speed racers
Trapped tooling and compression molding bring cocuring efficiencies to previously autoclave-cured, aerodynamic fins and planes.
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Small wind: Green energy gets greener
Kilowatt-rated vertical axis wind turbines supply green electric power where utility-scale turbines can’t.
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Low-volume thermoplastics: Differential pressure molding
Cost-effective tooling and presses enable semi-automated prototyping and low-volume production of thermoplastic composites.
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Future combat helmet: Promising prototype
Tape laying, thermoforming methods hold hope for rapid coforming of thermoplastic shell and ballistic liner for U.S. Army’s future warfighter headgear.
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Thermoformable thermoplastic composites
Thermoplastic composites that can be shaped into finished parts via thermoforming are proliferating as the thermoforming process gains traction, particularly in aerospace manufacturing. The following short article and chart provide some guidance in terms of sourcing.
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Aerospace-grade compression molding
Continuous Compression Molding process produces structures 30 percent lighter than aluminum at costs that have both Airbus and Boeing sold.
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UBSs: Coming to North America
Common in Europe and Asia, the composite underbody shield might finally catch on in the U.S. and Canada.
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Automated solution: New presses for SMC molding process
Using glass/polyester sheet molding compound (SMC) that it formulates and manufactures in-house, Stahlin Non-Metallic Enclosures (Belding, Mich.) produces composite boxes and enclosures for electrical systems and components.
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Taking Subjectivity out of Class A Surface Evaluation
Toward the goal of more consistent, repeatable and quantifiable Class A surface analysis, automakers and systems suppliers are developing and employing automated surface inspection tools.
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