EMC Filtration Market

EMC Filtration Market Size (2024 - 2029):

The Global EMC Filtration Market size is valued at USD 330 million in 2023 and is projected to reach USD 470 million by 2029, growing at a CAGR of 7.12% from 2024 to 2029.

Market Overview:

The escalating number of electronic devices and their interaction means that the right EMC filters are in the market now more elemental than ever. Also, with escalated susceptibility/emission potential due to low supply voltages, escalated clock frequencies, faster scan speeds, and augmented packing density with the call for smaller devices, lighter, cheaper, and less powerful, the EMC filter becomes more important. This results in the emergence of various directives and regulations in favor of EMC filtration solutions. Reliable EMC protection contributes significantly to guaranteeing machine uptime, thus providing a useful point of sale for manufacturers of electrical systems, machines, and installations. Electromagnetic compatibility (EMC) is the ability of an electrical device to operate in its electromagnetic environment without causing electromagnetic interference (EMI) to other devices in the system. EMC filters are becoming an essential part of the design of most electronic devices. Today, compliance with EMC standards is a basic requirement for any electrical and electronic device before it is released for EMC filtration. The need for a smaller, more cost-effective device, the growing need for commercial products, strict EMC standards, and the need for greater energy efficiency are some of the major drivers in the global EMC filtration market. The growing call for EMC filters is related to their ability to promote the operation of electronic equipment in close proximity to electromechanical devices without degrading the performance and output of the particular device.

Market Trends:

An EMC filter must be able to attenuate common-mode and differential-mode insertion loss. The application of EMC filters can be on components that generate asymmetric interferences or on components that generate symmetrical interferences. The EMC filtration industry serves a broad variety of verticals varying from very small customer electronics to very big military equipment and from very sophisticated medical devices to heavy-duty auto parts.

Market Drivers:

EMC filters reduce the transfer of electromagnetic noise between the drive and the power grid. With the miniaturization of electronic circuits and the increase in clock frequency, the EMC market is developing rapidly. When developing filters for use in electromagnetic compatibility, and EMC applications, EMC filters remain low-pass filters, although bandpass filters can sometimes be employed. The reason for using low-pass filters is that typically the interfering signals can be filtered by passing the low frequencies and rejecting the high frequencies. EMC filtering can be placed at any or all levels of assembly between separate areas of circuits. When a higher level of filtering is required, the external EMC filter can be added to a drive that already has the internal EMC filter or to a drive without an EMC filter. Stringent EMC standards and guidelines, escalating call for commercial products, and massive advancements in communication technologies are factors driving the expansion of the global EMC filtration market.

Market Restraints:

Ever-changing policies and guidelines along with high costs are some of the factors restricting the expansion of the global EMC Filtration market.

Market Opportunities:

The fastest-growing consumer electronics market and the development of next-generation automobiles provide ample opportunity for the worldwide EMC filtration market. The need for a smaller, more cost-effective device, strict EMC standards, a growing need for commercial products, and the need for greater energy efficiency are some of the major expansion drivers in the global EMC filtration market. The escalating calls for EMC filters are related to their ability to promote the operation of electronic equipment in close proximity to electromechanical devices without degrading the performance and output of the particular device. Many companies are striving to modernize their research and development activities in order to introduce innovations in this field.

Market Challenges:

Being a highly cost-sensitive sector has obstructed the progress of the EMC filtration market.

Market Recent Developments:

• Schaffner has declared the introduction of a full line of its popular FN3280H 4-line filter series with greater insulation repellences. The FN3280H is a compact and lightweight filter design with a "cubic" shape that requires minimal mounting space, simplifying the power input design of housings and control panels for machine builders.

EMC FILTRATION MARKET REPORT COVERAGE:

Market Segmentation:

EMC Filtration Market - By Load Type:

• Single Phase
• Three Phase

Most single-phase EMC filters are suitable for use with switching power supplies for telecommunications, data systems engineering, industrial electronics, and DC applications.

EMC Filtration Market - By Industry Verticals:

• Military
• Medical
• Automobile
• Commercial
• Consumer electronics
• Telecom

The main application of EMC filters is in low-power consumption drive systems. These filters are also employed in the automotive sector and have become a high priority in recent years. Commercial products have always been one of the most responsive applications in terms of EMC filter adoption. The penetration of EMC filtration in the commercial, military and aerospace, automotive, and telecommunications industries is volatile due to escalated power density, faster switching, and higher currents. One of the main reasons for the high call for EMC filters in electronic equipment is the strict guidelines and standards of EMC.

Market Regional Analysis:

• North American - the U.S., and Canada.

• Europe - the UK, France, Spain, Germany, Italy, Russia, Sweden, Denmark, Switzerland, Netherlands, Turkey, Czech Republic & Rest of Europe.

• Asia Pacific - India, China, Japan, South Korea, Australia & New Zealand, Thailand, Malaysia, Vietnam, Philippines, Indonesia, Singapore & Rest of APAC.

• Latin America - Brazil, Mexico, Argentina, Chile & Rest of LATAM.

• Middle East & Africa - KSA, UAE, Israel, rest of GCC countries, South Africa, Ethiopia, Kenya, Egypt, Sudan, rest of MEA.

The main market of CEM filtration market is in European and American countries such as the United Kingdom, Germany, Switzerland, Spain, the United States, etc. However, Japan and other Asian countries are following. The EMC filtration market helps a wide range of verticals, from very small consumer electronics to very large military equipment and highly sophisticated medical equipment to heavy-duty auto parts.

Impact Of Covid-19 On the Global EMC Filtration Market:

The COVID-19 pandemic had a significant impact on the trade and industry sectors. Manufacturers are rearranging their sales channels and releasing new items to recuperate from the current situation. The duration of the pandemic's propagation is still a key factor in assessing the pandemic's overall impact. However, after 2021, the worldwide EMC Filtration market will likely stabilize. COVID-19 has grown into a global pandemic that has spread throughout the globe and harmed a wide range of industries. This epidemic has impacted major participants in a variety of industries. The expected slowdown in end-user application growth could have a significant direct impact on the EMI shielding market.

Market Key Players:

Major players in the EMC Filtration Market include

1. Schaffner Holding AG (Switzerland)
2. ETS-Lindgren (U.S.)
3. EPCOS AG (Germany)
4. TE Connectivity Ltd (Switzerland)
5. Schurter Holding AG (Switzerland)
6. PREMO Corporation S.L. (Spain)
7. REO (UK) Ltd. (U.K.)
8. Total EMC Products Ltd. (U.K.)
9. DEM Manufacturing Ltd. (U.K.)
10. Astrodyne Corporation (U.S.)