Practical, engineer-focused guidance on selecting glass-reinforced laminates for avionics, ground systems and shipboard electrical insulation. Compare thermal limits, dielectric performance, arc and tracking resistance, manufacturability and test standards. Read More
G9 melamine tubes offer superior arc resistance, moisture-stable insulation, and mechanical strength for fuse applications — learn why manufacturers choose G9, how to design with it, and practical QC checks. Read More
Learn how thermoset composite insulation sheets like G10, G11, FR4 and the EPGM203 epoxy-glass grade deliver long-term electrical, thermal, and mechanical reliability in demanding OEM systems. Practical selection guidance, machining advice, and sourcing considerations for engineers and buyers. Read More
Clear, practical comparison of EPGM203 and EPGC203 epoxy–glass laminates. Learn how construction, electrical performance, thermal rating, moisture behavior, machinability and common applications differ. Read More
Learn which insulating materials electrical engineers rely on — from epoxy-glass laminates and phenolic panels to mica, polyimide and ceramics — plus practical selection rules, temperature/voltage guidance, and real-world application tips. Read More
Epoxy glass sheets are high-performance fiberglass-epoxy laminates used as reliable electrical insulators and structural components in power, automation, aerospace, and harsh-environment industries. Read More
Insulation papers and paper-like materials are the unsung heroes inside electric motors. They manage electrical stress, survive mechanical wear, and help define the motor’s thermal and service-life limits. This guide explains the most commonly used families of insulating papers, maps them to typical Read More
Discover how composite laminates and high-performance thermoplastics improve cryogenic pipeline reliability by preventing thermal bridging, preserving insulation, and enabling durable, low-maintenance supports. Read More
DIN 7735 is a historic reference point for many resin-bonded laminates used in electrical insulation and light mechanical components. While the standard itself is now largely legacy, its influence persists across drawings, procurement lists and product datasheets. Read More
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
As an electrical composite manufacturer, we explain practical, factory-ready cleaning and contamination-control strategies that protect electrical performance, ensure reliable bonding, and reduce rework across the production line. Read More
Practical guide for engineering-plastics makers (G10 / FR-4, phenolic) showing how to adapt PPAP: material traceability, process controls, tests, production trials, and supplier-ready checklists to turn high-performance formulations into reliable production parts. 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
We use cookies to enable all functionalities for best performance during your visit and to improve our services by giving us some insight into how the website is being used. Continued use of our website without having changed your browser settings confirms your acceptance of these cookies. For details please see our privacy policy.