Learn practical, production-ready alternatives to injection molding — from CNC machining and thermoset forming to thermoforming, rotomolding, blow molding, 3D printing and casting — and a clear decision framework to pick the right process for cost, performance, lead time, and sustainability. Read More

Thermoset composite laminates (epoxy and phenolic) deliver the strength, stability, and insulation aerospace actuators need — reducing weight, improving durability, and simplifying maintenance. Read More

Discover how epoxy resin filament wound tubes combine tailored mechanical strength and reliable electrical insulation—perfect for transformers, motors, and high-performance industrial applications. Read More

Explore how glass reinforced thermoset composites like G10, G11, and FR4 are redefining industrial and electrical engineering by replacing metal in high-performance applications. Learn about the future trends driving innovation in advanced insulation and composite technologies. Read More

Discover why thermoset composite sleeve bearings outperform traditional bushings in heavy-duty and corrosive environments. Learn material choices, clearance rules, swelling and growth allowances, cooling and lubrication strategies, and a practical design checklist. Read More

Composite gears made from materials such as epoxy, phenolic, and glass-reinforced laminates deliver lower noise, reduced weight, and corrosion resistance for many low-to-medium load applications. This article explains material choices, manufacturing options, design strategies, trade-offs, and practical selection guidance for engineers and product designers. Read More

Precision laminated epoxy-fiberglass slot wedges engineered to secure stator windings, resist wear and moisture, and simplify rewinds for generators and motors. Read More

Practical guide to selecting scraper plate materials for rolling mills, comparing cotton fabric laminate and epoxy laminate, with application advice, design tips, installation best practices and maintenance recommendations. Read More

A thorough, practitioner-focused guide to transformer insulation paper: material construction, performance characteristics, impregnation interactions, selection criteria, installation and condition monitoring practices, end-of-life handling, and practical comparisons with modern alternatives. Read More

Fenhar Material’s new PCB Antistatic (ESD) Wave Solder Pallet Material is a precision machinable glass-fiber/epoxy sheet engineered for long life in lead-free soldering lines. Low thermal conductivity, built-in ESD control and flux resistance make it ideal for high-mix, high-throughput assembly and AOI-capable carriers. Read More

Discover the diverse materials used for insulating tubes in transformers, their specific roles, and unique benefits. From PVC sleeves and heat‑shrink tubing to advanced composites and ceramics, learn how each insulating tube enhances electrical safety, thermal performance, and mechanical stability in various transformer components. Read More

Discover how advanced thermoset composite materials are driving breakthroughs in battery enclosures, internal components, thermal management, and production efficiency—empowering safer, lighter, and more durable energy storage solutions for grid, renewable, and industrial applications. Read More

Explore how flexural strength impacts the performance of electrical insulation materials. Learn testing methods, material influences, and best practices for enhancing bending resistance in insulators used across power systems. Read More

Discover how advanced composite materials are revolutionizing solar panels, wind turbine blades, and hydropower systems by delivering enhanced durability, lighter weight, and superior efficiency—driving down costs and boosting renewable energy output. Read More

Dive into the distinctive properties of FR‑1, FR‑2, FR‑3, FR‑4, and now FR‑5 flame‑retardant laminates—thermal limits, electrical performance, fabrication methods, and key applications—to pinpoint the perfect insulation material for your next project. Read More