1. The Real Cost of Volatility Hides in the Service Life During prototyping, everyone focuses on whether thermal conductivity is high enough. Once the product moves to volume build and long-t......
2026-10-13When evaluating a base fluid, formulation engineers often hear statements like "this oil behaves well at high temperature." But volatility is a laboratory-quantifiable property, and selection should ......
2026-10-12Thermal greases, thermal gels, and potting compounds don't rely on the base fluid to carry heat. The actual conduction path is built by inorganic fillers—alumina, boron nitride, zinc oxide and the li......
2026-10-12Many users ask: Can switching to a base fluid with better temperature resistance and lower volatility truly extend the cycle for "re-application, fluid top-ups, and cleaning"? What "Shortens" Ma......
2026-10-12In the formulation design of thermal greases, thermal gels, potting compounds, and various Thermal Interface Materials (TIMs), the base fluid plays multiple critical roles: dispersing fillers, buil......
2026-10-10In fields such as power device thermal management, LED packaging, power modules, and semiconductor device packaging, the selection of interfacial thermal materials directly impacts heat dissipation......
2026-10-091. Rather Than Asking "Corrosive or Not," Run a Decision Process First "Will this oil corrode my piping?" is a question nearly every heat transfer, vacuum, or lubrication system designer asks......
2026-10-081. "Non-Corrosive at Room Temperature" Doesn't Mean "Non-Corrosive at High Heat" Many users run a quick room-temperature soak test, see a clear fluid and an unchanged metal surface, and concl......
2026-10-081. First, Tell "Corrosion" and "Compatibility" Apart In heat transfer, lubrication, and vacuum circulation systems, metal piping sits in long-term contact with—or submerged in—the working flu......
2026-10-08In applications such as power electronic device cooling, mold temperature-control loops, chemical reactor heating, and laboratory constant-temperature systems, the choice of h......
2026-09-30In scenarios such as electronic cooling, mold temperature control, chemical heating, and device interface heat transfer, heat transfer media must operate in long-term circulation at elevated temper......
2026-09-29Can Phenyl Silicone Oil Be Used as a Release Agent? Temperature Resistance and Stability Considerations in Release Agent Selection In processes such as plastic injection molding, rubber......
2026-09-28Selection Considerations for High-Temperature Heat Transfer Media In applications such as chemical heating, laboratory temperature control, mold heating, and electronic device cooling, heat t......
2026-09-28Requirements for Media Materials in Vacuum Coating Processes such as vacuum coating, vacuum sintering, and vacuum heat treatment all operate under low-pressu......
2026-09-28Thermal Resistance: Why Phenyl Silicone Oil Stands Apart Phenyl silicone oil is a class of organosilicon materials in which phenyl groups are introduced into the siloxane backbone. Adding the......
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