Thermal Interface Materials improves the efficacy of the devices

Thermal Interface Materials improves the efficacy of the devices


Here’s What You Need to Know about Thermal Interface Materials and why it is making a wave in the industries. As we are living in the 21st century, the world of digitalization, there is huge utilization of smartphones, tablets, desktops, and laptops. This tends to increase the manufacturing of such devices and all these electronic devices are installed with Thermal Interface Materials to protect them from the damaging effect of the heat produced by them. The growing automotive industry in developing is another factor that is driving more deployment of TIMs in the manufacturing sectors. In addition to it, an array of thermal interface materials are already available in the market that is encouraging its application in the manufacturing of different electronic devices.

What are Thermal Interface Materials?

Thermal Interface Materials are those that have high thermal conductivity. They dissipate the heat produced from a source to the sink and thereby acts as an interface medium. These Materials are used between two hard surfaces for the conduction of the heat generated. They are widely used in modern electronic devices such as CPU, hard disks, LED, graphic cards, microprocessors, chipsets, etc. As the management of heat dissipated from these devices is important for maintaining the longevity, reliability, and overall performance of the electronic devices. Owing to its improved heat transfer capabilities, they play a vital role in the electronic industries.

Thermal Interface Materials are consists of

There are different types of material available including thermal tapes, grease, and adhesives, elastomeric pads, phase change materials, etc. that are used as Thermal Interface Materials. These products are selected on the basis of their mechanical factors, tensile strength, chemical resistance, material compatibility, and thermal conductivity.

  • Tapes and films: These materials are thermally conductive in nature. They are combined with mechanical attachments that improve the thermal conductivity of the joined surface. Tapes and films reduce the thermal resistance between the two surfaces.
  • Elastomeric Pads: As compared to greases, elastomeric pads are considered as better thermal interface materials it can be easily assembled. At the same time, their handling mechanism is also improved thus there are fewer chances of degradation of the interface resistance.
  • Greases and adhesives: Thermal greases and adhesives are extensively used in consumer products and to provide high thermal resistance. Thermal grease is also called thermal paste. It is easily spreadable between two surfaces. Thermal greases can either silicon-based or silicon-free, which intensify the overall conductivity of the mixture.
  • Phase change materials: These materials find their major usage in construction work due to the rising demand for cooler buildings construction. These Phase change materials remain solid at room temperature and, with an increase in temperature they change their phase to liquid. This means they act as heat storage in which the heat gets absorbed during summer and get dissipated winters to manage the temperature difference. This unique property of Phase change materials is bringing their demand as a building material.
  • Metals: The metallic substances that are used as Thermal Interface Materials have high thermal conductivity and low thermal resistance. These properties of metals make them an efficient material for TIMs and are widely used in automobile industries.

Applications of Thermal Interface Materials


Thermal Interface Materials are widely used in telecom industries due to the increasing penetration of data and smartphones. In order to accomplish the faster speed networks, new devices are being designed that need to have better Thermal Interface Materials installed in it. With the digital revolution, there is a surge in the preference for a digital and cashless economy, this in turn leads to increased use of Thermal Interface Materials.


Thermal Interface Materials are used as a heat sink in computers and laptops to cool CPUs, chipsets, graphic cards, LED, and RAM modules. In order to protect the devices from damaging effects of the heat. In these devices, thermal adhesive or thermal grease is mostly used as TIMs. The affordable price of desktops has increased their demand and thus it is expected that the use of Thermal Interface Materials will also increase in the manufacturing of such devices.

Medical devices

In the complex electronic systems used in medical devices, an effective Thermal Interface Materials should be used. They mainly consist of a liquid cooling system. As the increased heat dissipated may hamper the performance and efficiency of the devices. TIMs minimizes the thermal barrier in the microprocessor and the type of Thermal Interface Materials used to determine the longevity and reliability of the devices.

Industrial machinery

TIMs are also used in power electronics machinery that finds application in various industries. The cost of these devices is very high, and they also produce a larger amount of heat during its operation. Therefore they must be protected from the heat that may cause damage to this machinery. For this purpose, better quality and improved Thermal Interface Materials must be used in them.

Automotive electronics

Thermal Interface Materials are widely used in the electronic control unit in the automobiles. The protection of the component from thermal degradation is important as it may cause complete failure if the system. Furthermore, technical advancements in TIMs are made that are expected to provide better thermal management solutions in automotive electronics.

Advantages of Thermal Interface Materials

  • They dissipate the heat produced from a source to the sink and thereby acts as an interface medium.
  • The management of heat produced from electronic devices and gadgets is important for maintaining the reliability, and overall performance of the electronic devices.
  • TIMs ensure the safety of electronic devices.
  • They increase the longevity and efficiency of the materials in which it is embedded.
  • Thermal Interface Materials adoption is important to save your equipment from the heating effect.


Even after the outbreak of COVID-19, the consumer behavior pattern for electronic devices like smartphones, tablets, and video games has not decreased. Rather, it is observed that the use of such devices has increased among consumers in recent times amid the crisis. Moreover, this pandemic has also resulted in an increasing trend of work from home, this in turn surged the use of computers and laptops. Apart from it, many countries are focusing on the adoption of more pharmaceutical and medical machinery in the healthcare sector, which will improve the medical facilities, and this ultimately boosts the application of thermal interface material.

The bigger picture

The thermal interface material market has been witnessing rapid growth due to the rise in the use of computers and laptops in office as well as in homes. The increasing reliance of the consumers on electronic items such as smartphones, tablets, computers, and laptops has resulted in an increase in the demand for thermal interface materials. The emerging affluence of the middle-class population and the increase in disposable income is another reason that will drive the growth of the market in the coming years.

The advancement in technologies has also introduced a new array of such material and made it available in the market, and it is likely to boost their demand in the foreseeable period of time. The establishment of the electronics industry, automobile industries, and the adoption of more pharmaceutical and medical machinery in the healthcare sector in developing countries has resulted in the more application of TIMs. The Global thermal interface material market has been anticipated to rise at a growth rate of 12.3% CAGR over the forecast period.