- Protect electronic circuits using clay or gypsum kneaded with oils/fats (oils/fats only, entirely moisture-free).
- Mix aluminum oxide (alumina) powder and boron nitride (BN) powder into the clay.
- Protect electronic circuits only. Since heavy-duty large motors are utilized, protection from electromagnetic waves is deemed unnecessary.
Heat-Dissipating EMP Protective Jacket
[Center] Electronic Circuits (heat-generating semiconductors) ↓ [Layer 1] Paste made from aluminum oxide (alumina) powder + oils/fats (Adheres directly to the circuit to draw heat outward) ↓ [Layer 2] Metal enclosure made of aluminum, copper, etc. (acts as both a heatsink and a shield) (Dissipates the heat transferred by the paste into the open air, while deflecting external EMPs at this barrier)
■ Why Our Company is Now Committed to EMP Mitigation and Thermal Design Research
- Modern infrastructure is highly vulnerable.
- In the event of an unforeseen disaster, indestructible systems are vital to avoid forcing the agony of triage (critical decision-making) onto personnel in the field.
- To achieve this, we have initiated research into this simple oil-based paste that simultaneously blocks electricity and dissipates heat.