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Before diving deep into the complexities of rubber design engineering, tooling, manufacturing, and testing, it's important to get a deep understanding of the core elements that make it work. In this post, we take a deep dive into the basics of rubber shore hardness, how to measure it, and some of the standard applications you'll find in the real world.
If you're still using masking tapes or die-cuts to mask bores or bushings, you're wasting time and money. In this post we explore why powder coaters, e-coaters, and wet painters are switching to masking sleeves, and what it takes to make them work
Engineering a plastic part to replace a metal component requires expertise in design, material, tooling, injection molding, and validation testing. In this post, we're going to explore some of the designs that become the go-to for tier-1s and OEMs over the years.
Leakage and irregular coats caused by improper masking are common issues that only cause you to grind your teeth and start over again. Stop the rework, and take a look at what you should do to ensure you have a successful e-coating process.
Magnetic Masking is a great way to speed up your masking operations, from installation to removal. In this post, we'll explore what it takes to make the ideal magnetic mask
In this post, we're going to explore how tier-1 automotive manufacturers that use rubber door seals are making the shift towards more complex parts as way of exceeding OEM's strict criteria