The differences between Silicone-based and Non-silicone Thermal Interface Materials (TIMs)?
https://prostech.ph/the-differences-between-silicone-based-and-non-silicone-thermal-interface-materials-tims/

In recent years, the risk of overheating, which can lead to reduced performance or even fire and explosion of electronic

TG-NSP35 Non-Silicone Thermal Putty
https://prostech.ph/tg-nsp35-non-silicone-thermal-putty/

NSP-35 is a one-part, fully cured non-silicone gap filler with has been designed to reduce the time to market and overall

PC98 Non-Silicone Thermal Interface Material
https://prostech.ph/pc98-non-silicone-thermal-interface-material/

PC98 is a white, highly filled non-silicone system used for thermal dissipation of electronic devices. It has a long shelf

Thermally Conductive Adhesive
https://prostech.ph/thermally-conductive-adhesive/

Thermal adhesive or called thermal conductive (heat-conducting) adhesive/ glue is the combination of strong bonding with robust thermal performance in

Non-silicone Heatsink Compound
https://prostech.ph/non-silicone-heatsink-compound/

Silicone-Free Heat Sink Compound draws heat away when applied to a component. Also known as thermal grease, thermal paste thermal compound,

Thermal resistance and heat transfer in PCBs
https://prostech.ph/thermal-resistance-and-heat-transfer-in-pcbs/

  Why thermal management in PCBs?  1. Higher density of components in PCBs surface   The electronic industry field is

THERMAL PAD – ALL ABOUT THE THERMAL INTERFACE PAD
https://prostech.ph/thermal-pad-all-about-the-thermal-interface-pad/

Definition of Thermal Pad Thermal Pad (also called thermally conductive pad or thermal interface pad) are a preformed square or

3M™ Thermally Conductive Acrylic Interface Pad 5590H
https://prostech.ph/3m-thermally-conductive-acrylic-interface-pad-5590h/

3M™ Thermally Conductive Acrylic Interface Pad 5590H is a soft acrylic based pad designed to provide a preferential heat transfer path

TGZNSG Hybrid Thermal Pad
https://prostech.ph/tgznsg-hybrid-thermal-pad/

TGZNSG is a dry to touch thermal interface pad formulated with non-silicone thermal grease. It was developed to offer the

TGNSP36K-1 Non-Silicone Putty
https://prostech.ph/tgnsp36k-1-non-silicone-putty/

TG-NSP36K-1 is a non-silicone based thermally conductive putty, suitable for use as a thermal interface material for cooling of electronic

TGNSP36K Non-Silicone Putty
https://prostech.ph/tgnsp36k-non-silicone-putty/

TG-NSP36K is a non-silicone based thermally conductive putty, suitable for use as a thermal interface material for cooling of electronic

PC96 Non-Silicone Gap Filler
https://prostech.ph/pc96-non-silicone-gap-filler/

PC96 is a soft, non-silicone thermal interface pad. PC96 is designed to replace silicone pads when the application could not