Designed for dynamic robotic routing, Lixing Conductive Silicone Tube combines 70 Shore A hardness, tensile strength ≥ 5 MPa, and 170% elongation at break with stable 2.5 to 6 Ω·cm volume resistivity for reliable ESD grounding.
Author Archives: lixingdotcom
How to select a thermal Thermal Pad when clamping force is limited: the ASTM D5470 impedance model explains why low-pressure conformability dominates contact resistance, plus a gap-hardness-thickness checklist.
When an FPC green silicone pad is described as anti-static and insulating without measured values, selection should start with three checks: standard-method surface resistance or withstand-voltage data, press contact and grounding paths, and property tracking after thermal cycles.
Before selecting H-TT-AL, verify working voltage, test conditions and the actual insulation path instead of treating aluminum heat spreading as assembly insulation.
Review custom-shaped silicone tubing by mating interface, minimum wall, tolerance datum, and noncircular passage, with hydraulic-diameter limits explained.
Use Fourier’s law to examine the thermal path from a TO-220 power device through a silicone cap to a heatsink, with insulation and package-fit checkpoints.
Use Fourier’s law to examine uniform heat transfer in FPC hot pressing and review contact, cushioning, and selection considerations for an aluminum foil silicone sheet.
Use sigma = F / A as a nominal stress model to organize interface contact, cushioning and selection checks for FPC hot-press lamination.
A practical look at composite structure, interface fit, and the limits of E = V / d when reviewing insulation around an FPC hot-press stack.
Use Fourier’s law, tube-wall geometry, and contact interfaces to frame heat-dissipation tube selection for sleeved electronic components.


