What is plastic engineering? Explore the process of choosing materials, designs, and manufacturing processes.
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General
A Guide to High-Performance Plastics
High-performance plastics are used in a wide range of industries for applications that require tight tolerances and durable materials.
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Converting Plain Bearings to Engineered Plastics
Plain bearings operate under a load and are subject to friction and engineering plastics give bearings a self-lubricating property.
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Meeting Aerospace and Defense Needs With Plastics
High-performance polymers in A&D contribute to enhanced fuel efficiency through weight reduction and optimized performance.
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Common Defects in Injection Molding and How Manufacturers Minimize Them
While there are a variety of common defects in injection molding, manufacturers can take steps to minimize them. Learn more.
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The CNC Advantage: How Machining Plastics Provides Unique Benefits
CNC machining is preferred over injection molding at times due to its unique advantages, learn more about the benefits of machining plastics.
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Precision in Plastic: Understanding the Intricacies of Engineering and Designing Plastic Machined Parts
Ensinger Precision Components engineering and design expertise for machining plastics help bring ideas to commercial maturity and resolve challenges.
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An Overview of the Benefits of Self-Lubricating Bearings
Self-lubricating bearings provide various benefits, including reduced costs, less downtime, and increased efficiency. Read more.
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Industrial Polymers Advantages and Applications
Read about the benefits of switching to different industrial polymers to replace outdated, heavy metal parts.
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A Case Study: Plain Bearings
Designing Plain Bearings and Wear Components Is Actually a Material Selection Process When early man rubbed sticks together to create friction and heat to make a fire, they didn’t know that the science behind this would one day be called …
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