These tests were carried out in laboratory conditions which are not representative of working conditions.

This is a silicone based material filled with magnetic particles. It is intended to be applied on a metallic surface in order to absorb resonant frequencies on a narrow band. - Automobile, Aeronautics, military, shipbuilding, telecoms - Antenna isolation & patterning - Specular return (RCS) - Reversing radar, Stop and Go and driver assistance (ADAS) - Electromagnetic interference EMI - Radar wave absorber (stealth) - Ships’ masts - Adhesive (PSA) - Cutting to required dimensions Resonant frequency absorber/ Tuned Frequency range Attenuation (% of lost energy) Hardness (shore A) Operating temperature...

HF Absorber Attenuation according to the frequency Part number example: AH 11 x Adhesive : 0 = without PSA 1 = with PSA Part number Serial no. Absorber These tests were carried out in laboratory conditions which are not representative of working conditions.

This is a silicone based material filled with magnetic particles. It is intended to be applied on a metal surface or caulk dispensable inside cavities in order to reduce the Q index. - Automobile, Aeronautics, military, shipbuilding, telecoms - Rx/ Tx antenna isolation - Resonant cavity attenuation - Reversing radar, Stop and Go and driver assistance (ADAS) - Electromagnetic interference EMI - Adhesive (PSA) - Cutting to required dimensions Cavity resonance Frequency range Attenuation (% of lost energy) Hardness (shore A) Operating temperature Thickness according to frequency Plate dimensions...

HF Absorber Attenuation according to the frequency Part number example: AH x Adhesive : 0 = without PSA 1 = with PSA Part number Serial no. Absorber These tests were carried out in laboratory conditions which are not representative of working conditions.

This is a silicone based material filled with magnetic particles in very large quantities. It is intended to be applied on a metal surface in order to dissipate surface waves. - Surface wave absorption - Side effects (frames, units, racks) - Resonant cavity attenuation - Electromagnetic Interference EMI - Adhesive (PSA) - Cutting to required dimensions Surface wave Frequency range Attenuation (% of lost energy) Hardness (shore A) Operating temperature Thickness according to frequency Plate dimensions (mm) These tests were carried out in laboratory conditions which are not representative of working...

HF Absorber Attenuation according to the frequency Part number example: AH x Adhesive : 0 = without PSA 1 = with PSA Part number Serial no Absorber These tests were carried out in laboratory conditions which are not representative of working conditions.

This is a silicone based material filled with magnetic particles. It is intended to be applied to metal surface and are designed to exhibit high magnetic loss to reduce cavity resonance and the Q of the cavity. - Automobile, Aeronautics, military, shipbuilding, telecoms - Rx/ Tx antenna isolation - Resonant cavity attenuation - Electromagnetic interference EMI - Adhesive (PSA) - Cutting to required dimensions Cavity resonance (High Loss) Frequency range Hardness (shore A) Operating temperature Thickness according to frequency Plate dimensions (mm) These tests were carried out in laboratory conditions...

HF Absorber Attenuation according to the frequency Part number example: AH x Adhesive : 0 = without PSA 1 = with PSA 01 = 1mm These tests were carried out in laboratory conditions which are not representative of working conditions.

This material is made with filled an acrylic binder and has high permeability. It is intended to be applied on a metal surface in order to absorb low frequencies. - Surface wave absorption - Electromagnetic Interference EMI - Resonant cavity attenuation - Integrated circuit mounted on a PCB - NFC/ RFID read - Adhesive (PSA) - Cutting to required dimensions Specific mixture Frequency range Attenuation (% of lost energy) Hardness (shore A) Operating temperature Thickness Plate dimensions (mm) These tests were carried out in laboratory conditions which are not representative of working conditions....

HF Absorber Relative permeability of AH-5101, AH-5102 and AH-5103 Part number example: AH 51 xx x Adhesive : 0 = without PSA 1 = with PSA 01 = 0,15mm These tests were carried out in laboratory conditions which are not representative of working conditions.

This is a foam based material filled with carbon, which absorbs the resonance frequencies on a wide band. It is intended to be applied on a metallic surface inside cavities. - Automobile, Aeronautics, military, shipbuilding, telecoms - Antenna pattern performance - Sidelobe and backlobe eeduction - Resonant cavity attenuation - Electromagnetic interference EMI - Antenna isolation - Radom - Adhesive (PSA) - Cutting to required dimensions Carbon Foam Cavity resonance Frequency range Attenuation (% of lost energy) Hardness (shore A) Operating temperature Thickness according to frequency Plate dimensions...

HF Absorber Attenuation according to the frequency Part number example: AH x Adhesive : 0 = without PSA 1 = with PSA Part number Serial no Absorber These tests were carried out in laboratory conditions which are not representative of working conditions.

This is a foam based material filled with carbon, which absorbs the resonance frequencies on a wide band. It is intended to be applied on a metallic surface inside cavities. - Automobile, Aeronautics, military, shipbuilding, telecoms - Antenna pattern performance - Resonant cavity attenuation - Electromagnetic interference EMI - Reversing radar, Stop and Go and driver assistance (ADAS) - Rx/ Tx antenna reduction - Reflection loss - Sidelobe and backlobe reduction - Adhesive (PSA) - Cutting to required dimensions Carbon Foam (Lossy) Cavity resonance Frequency range Attenuation (% of lost energy)...

HF Absorber Attenuation according to the frequency Part number example: AH x Adhesive : 0 = without PSA 1 = with PSA Part number Serial no Absorber These tests were carried out in laboratory conditions which are not representative of working conditions.