Ensinger Sintimid is launching a new high-performance plastic named TECASINT 8591 for tribological applications in the space industry.
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General
The Critical Role of Engineering and High-Performance Polymers in Semiconductor Manufacturing
Semiconductor use has grown significantly due to consumer demand for tech-based lifestyles that revolve around consumer electronics, connected appliances, electric vehicles, IoT, and more.
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A Guide to the Types of High Performance Polymers in Injection Molding
Knowing the types of high performance polymers in injection molding can help you select the right material for your next project. Learn more.
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The Importance of Annealing and Curing Plastics
When working with engineering or high-performance polymers, post-curing and annealing plastics can achieve the required properties.
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Exploring the Properties of Engineering Plastics
The properties of engineering plastics make them ideal for use in various demanding industries, such as aerospace, automotive, and electronics. Learn more:
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Optimizing Part Quality with High-Performance Polymers in Manufacturing
High-performance polymers in manufacturing open up key benefits. Make sure your plastic parts partner optimizes their use. Learn more.
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Design for Manufacturing (DFM) for Plastic Machined Parts
Design for manufacturing (DFM) will ensure your plastic machined parts are manufactured in the most efficient economical manner.
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What is Plastic Engineering?
What is plastic engineering? Explore the process of choosing materials, designs, and manufacturing processes.
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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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