Spire SP-455/10G is a highly conductive thermal grease designed to enhance heat transfer between electronic components. It features an impressive thermal conductivity of over 3.8W/m-K, ensuring efficient dissipation of heat. With its low thermal impedance of less than 0.067CW-in2/W, it effectively minimizes thermal resistance.
This versatile thermal grease can withstand a wide temperature range, from -30°C to 180°C during operation and up to 240°C for short periods. Its exceptional stability ensures reliable performance even under demanding conditions. The SP-455/10G exhibits minimal bleed (less than 0.05%) and a high dielectric constant of over 5.1 (at 100Hz), making it suitable for various electronic applications.
Spire SP-455/10G is a highly conductive thermal grease designed to enhance heat transfer between electronic components. It features an impressive thermal conductivity of over 3.8W/m-K, ensuring efficient dissipation of heat. With its low thermal impedance of less than 0.067CW-in2/W, it effectively minimizes thermal resistance.
This versatile thermal grease can withstand a wide temperature range, from -30°C to 180°C during operation and up to 240°C for short periods. Its exceptional stability ensures reliable performance even under demanding conditions. The SP-455/10G exhibits minimal bleed (less than 0.05%) and a high dielectric constant of over 5.1 (at 100Hz), making it suitable for various electronic applications.
Spire SP-455/10G is a highly conductive thermal grease designed to enhance heat transfer between electronic components. It features an impressive thermal conductivity of over 3.8W/m-K, ensuring efficient dissipation of heat. With its low thermal impedance of less than 0.067CW-in2/W, it effectively minimizes thermal resistance.
This versatile thermal grease can withstand a wide temperature range, from -30°C to 180°C during operation and up to 240°C for short periods. Its exceptional stability ensures reliable performance even under demanding conditions. The SP-455/10G exhibits minimal bleed (less than 0.05%) and a high dielectric constant of over 5.1 (at 100Hz), making it suitable for various electronic applications.
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