Plastics brought a transformation in the world. It was hard to think of a material that would withstand a good amount of pressure without breaking into pieces, but with the invention of plastic polymer, humans have found a material that they can use to take commodities from one place to another.
Why conductive plastics are used for electrical purposes?
Plastics are now being used in electrical works because they are known for being lousy conductors. Many industries are using conductive plastics as insulating materials in the electrical cables. A thin plate of metal is placed on a sheet of plastic and the whole material is mixed into a polymer along with an ion beam. This gives flexible and strong plastic an impressive conductive power.
A metal sheet can be punched and bent into the plastic itself in order to make the plastic conductive, but this also turns the unwieldy and turns the plastic into a heavier and inflexible material. Therefore, this technique is not used by the industries.
Applications of conductive plastics
Conductive plastics are used in a wide range of applications, but the most prominent one being as the protective layer against premature failure and damage due to electrostatic charge or thermal management. This type of damage can occur in electrical and electronic packaging and equipment, automotive fuel systems and various other plastic applications. People can change the properties of the conductive plastics, according to the work they intend to do. They can modify the default properties to anti-static, ESD protection, EMI/RFI shielding, static dissipative and conductive.
Benefits of Anti-statics and conductive plastic compounds
Metal and surfactant coatings are good, but they aren’t as effective as the anti-static and conductive plastic compounds. The end result obtained from anti-static and conductive plastic compounds are much lighter in weight, easier to handle and cost-effective. Due to the elimination of secondary processes, the fabrication also becomes a lot easier and affordable. Plus, these compounds are not subject to scratching, denting and chipping.
Thermally conducting plastics
Thermally conducting plastics are also widely used in the industrial sector due to their enhanced thermal conductivity, which is totally based upon their conductive and insulating additives. There are several advantages annexed with the use of thermally conducting plastics, such as:
- Select from a wide range of polymers.
- Choose from a wide range of fillers that have thermally conductive properties.
- Outstanding process properties.
- Trade-specific applications.
- Remarkable thermal conduction capacity.
- Injection moulding capabilities that results in savings.
Reasons behind the supremacy of conductive plastics
A great thing about plastic is that they can be bent to any shape, thus making it easy for the manufacturers to fulfil the demands of their clients. Conductive plastics have been a great alternative to conventional solutions. Industries that are looking to reduce their raw material costs can make use of electrically conductive plastic. This will allow them to incorporate recycled and reinforced materials to modify the product formulations. Know more about conductive plastics here because this material is revolutionary and has shown the power to transform the way of manufacturing.