2 min read
Sheaves can appear mechanically simple: a grooved wheel guiding a rope, cable, or belt under load. In service, however, a sheave operates as part of an interacting assembly that includes a bearing interface, thrust surfaces, a shaft or pin, and...
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3 min read
Sheave engineering always has a marked impact on mechanical system performance, and these engineering decisions become particularly complex in...
3 min read
Pulleys may be one of the most recognizable machines in existence. From elementary physics classrooms to massive industrial cranes, the pulley is...
1 min read
Industry research shows that up to 80% of all industrial bearing failures; catastrophic, functional, or premature; are related to improper...
3 min read
In this blog post, we highlight TriStar’s application-focused, consultative engineering approach to finding the right plastic and composite bearing...
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It’s a question that continues to be widely debated: how do plastic bearings compare to metal bearings? In some industries, engineered plastics are...
3 min read
Looking for a tough, durable and maintenance-free versatile bearing for demanding industrial applications? A filament wound composite bearing might...
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Have you downloaded your free copy of the Bearing Selection Design White Paper? If so, you’re probably familiar with ASTM Testing Standards for...
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I had a great conversation this week about bearing selection and one of the most misunderstood but critical design variables: press fit. Press fit is...
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Surface finish is one of the most critical variables in bearing design. It has a direct and measurable impact on friction, wear rate, noise, and...
4 min read
At TriStar, engineering support is not something customers need to request separately. From early application reviews to long-term troubleshooting,...
2 min read
In complex mechanical systems, bearings are often treated as routine parts: small, commoditized, and easy to replace. But in many cases, they “bear”...
3 min read
When it comes to high-performance bearing materials, there’s no such thing as a one-size-fits-all solution. From wear and friction to chemical...
