This guide explains silicone vs non-silicone thermal interface options for power electronics, compares gels, pads, and adhesives, and connects thermal performance, assembly, reliability, and purchasing priorities to practical selection advice.

This guide explains how to select and apply a Jiadi potting compound for PCB repair, balance adhesion with serviceability, protect against moisture, and qualify reworkable PCB potting with practical inspection and testing steps.

These electronic potting design rules explain how to size cavities, plan fill and vent paths, select compounds, and control curing to limit voids and protect electronics.

This guide explains how a removable battery thermal gap filler can balance heat transfer with EV battery serviceability, covering material choices, validation, repair workflows, regulations, and end-of-life planning.

This guide explains how to select, qualify, apply, and inspect electric motor winding potting to reduce thermal-shock damage, improve insulation, and protect stator windings.

Jiadi explains how to control EV battery thermal gaps with a repeatable battery TIM dispensing process, from gap measurement and bead-path design to inspection and validation of bondline thickness and thermal resistance.