Tag Archives: high-voltage insulation

Thermal Silicone Encapsulant for High-Voltage Insulation: Fill the Gaps, Move the Heat

雙組份導熱封灌膠的灰色系流體灌注到電路板元件之間,填滿高壓元件周圍的縫隙

A two-part thermal silicone encapsulant replaces air gaps between high-voltage components with solid insulation: 10 kV/mm dielectric strength, 1 × 10^13 Ω·cm volume resistivity, UL 94 V-0, plus the dielectric strength formula and an inquiry checklist.

Thermal Silicone Cloth for High-Voltage Insulation: Above 4kV with 0.2–1.0 mm Thickness Options

立興導熱絕緣矽膠布多色捲材,捲端可見薄片層次,用於電子散熱與高壓絕緣介面

Thermal conductive silicone cloth rated above 4kV withstand voltage, 0.8–3.0 W/m·K and 0.2–1.0 mm thick: how thickness balances insulation margin and heat flow in power supplies and PCBs.

How to Read Aluminum Thermal Tape Withstand Voltage: Separate the Conductive Foil from the Insulation Path

鋁箔導熱膠帶貼合金屬散熱片並保留電氣安全邊界的工業微距示意

Before selecting H-TT-AL, verify working voltage, test conditions and the actual insulation path instead of treating aluminum heat spreading as assembly insulation.

Why TO-220 high-voltage insulation must be designed together with coverage and thermal flow

導熱散熱帽套產品圖,對應 TO-220 高壓絕緣應用

A conductive silicone cap is not just a cover. It has to balance voltage stress, insulation thickness, mounting clearance, and heat dissipation.

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