The properties of rubber-molded parts are affected by a variety of factors, including the type of rubber used, the molding process and curing conditions. I've previously written about the importance of tensile strength, and elongation at break and how these characteristics affect the performance of components in different applications. If you can understand the connections between these properties, designers can create parts that meet certain requirements, like resistance to temperature, chemicals and abrasion.
my blog post; rubber molded parts; Marylin: https://www.bookmark-jungle.win/the-unsung-hero-synthetic-rubber-s-contribution-to-reducing-reliance-on-imported-natural-rubber,
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the molding process and curing conditions. I've previously written about the importance of tensile strength, and elongation at break and
how these characteristics affect the performance of components in different applications.
If you can understand the connections between these properties, designers can create parts that meet certain requirements,
like resistance to temperature, chemicals and abrasion.
my blog post; rubber molded parts; Marylin: https://www.bookmark-jungle.win/the-unsung-hero-synthetic-rubber-s-contribution-to-reducing-reliance-on-imported-natural-rubber,
From your perspective, what do you consider the key feature
to look for in a current sensor, especially in sensitive
applications?
Here is my web site ... current transducers for electrical systems: https://raindrop.io/juliasbythtgk/bookmarks-47118848