Shielding mesh

Reliable protection against electromagnetic interference

With the increasing use of telecommunications and electronic components, as well as the rising number of wireless devices and mobile technologies, electromagnetic radiation exposure is also growing.

Shielding meshes provide an efficient solution and can be individually adapted to specific applications. As a result, they are used in a wide range of industries, including:

Electric car on the motorway at sunrise, with a detailed close-up of EMC wire mesh for electromagnetic shielding in the vehicle interior.Electric car on the motorway at sunrise, with a detailed close-up of EMC wire mesh for electromagnetic shielding in the vehicle interior.Electric car on the motorway at sunrise, with a detailed close-up of EMC wire mesh for electromagnetic shielding in the vehicle interior.
Automotive industryShielding meshes protect critical vehicle components – from control systems and engine functions to infotainment, driver assistance, and safety systems – against disruptive electromagnetic radiation. With the rise of electric vehicles, shielding battery management systems and associated power electronics is becoming increasingly important.
Modern building with EMC building shielding, glass facade and geometric architecture at sunset, focus on electromagnetic shielding.Modern building with EMC building shielding, glass facade and geometric architecture at sunset, focus on electromagnetic shielding.Modern building with EMC building shielding, glass facade and geometric architecture at sunset, focus on electromagnetic shielding.
ArchitectureShielding meshes can be optimally integrated both on façades and within interiors to protect entire buildings or individual rooms from electromagnetic interference. Depending on the mesh type, specific frequency ranges can be shielded to meet diverse protection requirements.
A copper shielding wire mesh in the shape of a shield in front of an illuminated server room symbolizes the protection of sensitive IT infrastructure from electromagnetic radiation.A copper shielding wire mesh in the shape of a shield in front of an illuminated server room symbolizes the protection of sensitive IT infrastructure from electromagnetic radiation.A copper shielding wire mesh in the shape of a shield in front of an illuminated server room symbolizes the protection of sensitive IT infrastructure from electromagnetic radiation.
Security sectorShielding meshes provide an effective solution for protecting critical IT and communication infrastructures. They ensure the reliable operation of communication systems and shield radar, navigation systems, as well as vehicles and aircraft from electromagnetic interference. Additionally, they prevent electromagnetic transmission paths from being exploited for intercepting sensitive data.
Shielding mesh combines effective EMI protection with flexibility, lightness, and transparency.
Sebastian Niermann, Business Development
  • EMI protection for mobility, medicine and architecture
    Why flexible wire mesh components are ideal for electromagnetic shielding.
    Directly to the whitepaper
    Aluminum EMC shielding mesh from Haver & Boecker, shown corrugated next to a cable cross-section for electromagnetic shielding.Aluminum EMC shielding mesh from Haver & Boecker, shown corrugated next to a cable cross-section for electromagnetic shielding.Aluminum EMC shielding mesh from Haver & Boecker, shown corrugated next to a cable cross-section for electromagnetic shielding.Aluminum EMC shielding mesh from Haver & Boecker, shown corrugated next to a cable cross-section for electromagnetic shielding.Aluminum EMC shielding mesh from Haver & Boecker, shown corrugated next to a cable cross-section for electromagnetic shielding.

References in EMI shielding

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