For high-volume, complex components, rubber injection molding can offer significant advantages, including tighter process control, greater repeatability, shorter cycle times, and the ability to produce more complex geometries. Advanced technologies such as cold runner and valve-gated systems can also dramatically reduce material waste.
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Part 3 of our FEA white paper focuses on interpreting the results of Finite Element Analysis for elastomer seals.
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Part 2: The white paper focuses on the proper setup and scenarios for performing Finite Element Analysis (FEA) on elastomer seals.
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Part 1: This white paper explores the importance of understanding material properties when performing Finite Element Analysis (FEA) on elastomer seals.
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We’re pleased to offer you another technical White Paper, written by our very own Design Engineer, Thomas Morgan. This paper explains how to interpret the results of elastomer analysis in sealing applications.
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We’re pleased to offer you another technical White Paper, written by our very own Design Engineer, Thomas Morgan. This paper covers the scenarios that are typically required for a proper and complete design process of sealing elastomers.
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We’re pleased to offer you another technical White Paper, written by our very own Design Engineer, Thomas Morgan. Here are just a few of the key insights you’ll learn gain inside the pages:
Why Finite Element Analysis a critical step in designing quality rubber gaskets and seals
Best practices for Material Testing
How to work with Approximatation Equations
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This white paper provides an overview of common molding processes for high-precision gaskets and seals.
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