Heat sinking using thermally conductive compounds improves performance and reliability of electronics and electrical appliances
Thermal management and heat sinking compounds
Fig. Heat sinking mechanism enhances performance and reliability of electronics and electrical appliances using thermally conductive compounds
Heat generation as a problem and needs thermally conductive compounds for sinking:
Generation of heat is one among the largest problems in electronics and electrical appliances [and industries] which affects the performance and life of the appliances. Appliances need protection using advanced thermally conductive compounds/materials to keep them cool and reliable.
Thermally conductive compounds and advanced materials provide relief to the manufacturers and end users to be able to effectively manage the unwanted heat and enhance performance and reliability of electronics and electrical parts.
Thermally conductive compounds and materials:
Thermally conductive materials are available in various polymer chemistries in the form of adhesives, compounds and gap filling agents in wide range of viscosity and cure time.
Industry segments and appliances which need thermal management:
Various thermally conductive solutions are designed to effectively manage the applications and allied industries:
- Electric vehicles – EVs
- Lighting and Light emitting diodes (LEDs)
- Telecommunications
- Devices for control
Electric vehicles (EV): Excellent adhesion of parts and transfer of heat is needed for effective thermal management of EV parts and batteries. Advanced ceramic filled materials are used in designing the right solutions in different rheology and physical properties. Batteries need gap filling to fill the spaces inside the batteries and adhesion among the parts. Battery charging stations need specifically designed materials to dissipate the heat and having weather and chemical resistance.
Lighting and LED: Innovative and wide range of thermally conductive materials applicable to lighting systems and LEDs which brings product longevity and reliability. Various greases and liquid systems are used to manage the heat generated in LED lights.
Telecommunications: Densely packed and compactness of telecommunications devices need high level of thermal management.
Devices for controls: Power supply devices and controls need effective thermal management including for solar, wind and conventional energies.
Why Amatech Innovation for Thermal Management?
Amatech is the only Indian company to meet international standards of advanced materials used for thermal management. With their excellent range of innovative thermal management materials Amatech brings the right solutions to their customers. The solutions are indigenous developed materials technologies for devices to effectively manage the heating. Amatech is supplying advanced materials to leading electrical and electronic manufacturing companies in India and have gained trust in the brand.
Do read more on Thermally conductive compound types and 6 features… (amatechinnovation.com)
For more information on various types of heat sinking and thermally conductive compounds and insulative compounds, contact Amatech.