Non-Silicone Products: Micro-Faze® MICRO-FAZE is a new, revolutionary thermal interface film formulated with non-silicone, dry to the touch, thermal grease. It was developed by AOS to offer the lowest thermal resistance in a thermal interface without the mess of grease. MICRO-FAZE does not require burn-in to form into place. Technical Data Sheets Micro-Faze 3A4 Micro-Faze 3A6 Micro-Faze K6 Technical Advantages Low thermal resistance with minimum force Naturally tacky, non-silicone Conforms with a coefficient of thermal expansion (CTE) deficiencies Uniform film and exact thickness of thermal grease with each application No phase change required for heat transfer to take place—Good Low Temp Performance Durable resistance over usable lifetime Easily stored at a wide range of temperatures No degradation or pump out over the lifetime of the equipment Features and Benefits Retains all the performance advantages of thermal grease but in the form of a thermal pad Requires minimum force to achieve total interface contact Allows for total “wetting action” to fill all microscopic surface voids without changing phase A positive coefficient of thermal expansion (CTE) deficiencies the wetting action for total interface contact Heat transfer takes place at any temperature (unlike phase change materials), making MICRO-FAZE an excellent choice for cold plate applications Offers maximum heat transfer capability for power component Excellent replacement for phase change materials and silicone pads Is a “drop-in-place” product that is easy to use and handles well in a manufacturing environment Naturally tacky—no adhesive, fiberglass or other non-conductive material is used that may penalize thermal resistance Microscopically changes to fill all microscopic voids on part surfaces DOES NOT PUMP OUT! D-Fi Productions Web Design

Non-Silicone Products: Performance Thermal Grease Performance in a Thermal Pad MICRO-FAZE performs well at any temperature and minimal pressure ASTMD 5470-06 thermal resistance values at pressures ranges from 10psi to 100psi Samples After Thermal Shock Stability (0—165˚C @ 10 min Dwell) MICROFAZE 3A4-52062 after 150 thermal cycles • Remains tacky with zero pump out • Leading phase-change material after 20 thermal cycles • Contact lost; dried out D-Fi Productions Web Design