Engineering Plastic Terms & Properties: A Plain-Language Guide

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If you’re specifying or designing with engineering plastics for the first time, the data sheets can feel overwhelming. This guide breaks down the most important material properties — what they measure, and why they matter for your application. Engineering Notes: What to Keep in Mind Before diving into individual properties, there are a few “good […]

How to Choose the Right Electrical Insulation Material for Power Equipment

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Electrical insulation components are often treated as simple non-metallic parts, but material selection has a direct impact on equipment reliability, safety, and service life. In power equipment, the wrong material can lead to dielectric breakdown, thermal degradation, tracking, cracking, or premature replacement. The right material helps the equipment perform as intended under voltage, heat, humidity, […]

5 Essential Engineering Guidelines for Designing Plastic Parts

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When designing engineering plastic parts, treating plastics exactly like metals is a common pitfall. To ensure long-term performance, durability, and safety, engineers must apply specific “good engineering practice” guidelines tailored to the unique behaviors of polymer materials. 5 Essential Engineering Guidelines Here are five critical rules to keep in mind when engineering plastic components. Always […]

When Ryertex G10 Is the Right Choice – and When FR4 May Be Better

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The global shift toward high-efficiency power systems and precision engineering requires materials that can withstand extreme dielectric stress and mechanical loads. Industrial manufacturers across the aerospace, energy, and electronics sectors increasingly rely on high-pressure laminates to maintain system integrity while reducing weight. In these demanding environments, material selection directly impacts long-term reliability and safety. WS […]

Choosing the Right Mechanical Plastic: Acetal, PET, Nylon, or PEEK?

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Selecting the right engineering plastic for bearing and wear applications can make or break your machinery’s performance. Factors like moisture, temperature, and friction dictate which polymer will survive in your specific environment. To simplify your selection process, here is a breakdown of four of the most heavily utilized engineering plastics, their distinct benefits, and where […]

When to Use Thermoset vs. Thermoplastic Materials

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In modern manufacturing, non-metallic polymer materials are becoming a common choice over metals for many applications. Not only are they lighter and more durable without sacrificing strength, they also resist corrosion and are often more cost-effective. To truly unlock those advantages, it’s important to understand the differences between the two primary types of polymers: thermosets […]

Replacing Metal Components With Non-Metallic Materials: Key Benefits and Applications

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Many traditional systems and assemblies have long depended on metal components, but advances in high-performance polymers and other non-metallic materials are reshaping what’s possible in modern systems. Today, non-metallic components can match or even exceed metals in wear resistance, durability, chemical resistance, and weight reduction—often at a lower cost. Understanding where these materials can effectively […]

How OEM-Approved Composite Bearings Outperform Metal in Harsh Environments

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In high-wear, high-stress applications, bearings provide critical support, reducing friction and promoting smooth motion. When it comes to heavy equipment, marine, and industrial machinery, metal bearings have been the go-to choice for decades. Now, traditional metal bearings are being increasingly replaced in challenging operating conditions by composite bearings and bushings. These composite, non-metal components can […]

The Role of Ryertex® in Electrical Insulation for PowerGen Systems

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Ryertex® is a family of fiber-reinforced plastic composites developed to deliver superior performance in high-stress industrial applications. Designed to replace metal in wear-heavy environments, Ryertex® materials offer excellent electrical insulation, thermal stability, and resistance to friction and corrosion. These qualities make them ideal for industries such as steel production, oil and gas, paper and lumber […]

Structural Applications of Ryertex in PowerGen Facilities

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Ryertex is a family of high-performance, fiber-reinforced plastic composites used for electrical insulation and wear applications, especially where high speeds, heavy loads, and extreme temperatures are present. Ryertex has demonstrated proven performance in industries like aerospace, aluminum and steel mills, copper processing, mining, military, and oil and gas. Its versatility also makes it a critical […]