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In the first half of 2026, China’s new energy vehicle penetration rate crossed 50% for the first time. Behind that number, upstream material supply chains are going through a structural shift: for potting compounds, it is not just about higher volumes — the requirements coming from customers are changing.

Potting compound selection can no longer be one-size-fits-all. This guide breaks down five segments—automotive, industrial power electronics, 5G base stations, energy storage, and consumer electronics—and their distinct demands on thermal conductivity, viscosity, flame retardancy, and process window, plus a step-by-step selection priority for engineers.

Potting compound selection is a technical decision that cannot wait. This article walks through the curing mechanisms of silicone systems and the key parameters worth paying attention to.

As inverter power density continues to increase, the thermal conductivity and environmental resistance requirements for potting materials become more demanding. This article examines key selection parameters and their engineering trade-offs, based on measured data from the FD503 series.

Thermally conductive materials are revolutionizing electronics and new energy applications. This article explores the technology trends and environmental integration of thermal interface materials.

Double Carbon attended Vietnam GEIMS Show and expands Southeast Asian electronic adhesive market, showcasing the latest potting compound and thermal management solutions.