Frequencies and protection

	A	B	C	E	F	G	H	I	J	K	L	M	N	O	P	Q	R	S	T	U
1			FREQUENCIES			PRODUCTS		Scroll for more ->
2	Source	Frequency	Name	Window film, SD2500	Window film, SD1000	Window film, SL35	Window film, RDF72	Window film, RDF62	Wall foil, rFoil	Mesh V4A03	Wall paper HNG100	Wall paper, Aaronia-x-dream	Wall fleece HNV100	Paint, MAX54 (nb. Layer count & thickness will affect dB dampening)	Paint, NSF34 (nb. Only EF protection, no MF protection)	Paint, L40 1L pant = 4m2	Paint PRO54 (nb. Layer count & thickness will affect dB dampening)	Tent BST1	Canopy BCE & BCP	EMP Shielding fleece. A300-Hemp

3	Electromagnetic radiation/ radio waves. Eg. Submarine communications	3-300 Hz	Extremely low frequency & Super low frequency
4	Electromagnetic waves. Eg. Earthquake monitoring and secure military communications	300 Hz - 1 kHz	Ultra low frequency
5	Electromagnetic waves. Eg. Earthquake monitoring and secure military communications	1 Hz - 3 kHz	Ultra low frequency	40 dB	33 dB
6	Radio frequencies. Eg. Low data rate coded signals. Setting radio clocks.	3-30 kHz	Very low frequency	40 dB	33 dB															~20 dB
7	Radio frequency. AM broadcasting, aircraft beacons, LORAN navigation and weather systems. Submarine communication (200 m. depth)	30-300 kHz	Low frequency	40 dB	33 dB										80 dB					~20 - ~60 dB
8	Radio frequency. AM bradcasting, navigational radio beacons maritime ship-to- shore communications, transoceanic air control	300 kHz- 3 mHz	Medium frequency	40 dB	33 dB															~85-105dB
9	Radio frequency electromagnetic waves. Shortwave communications eg. Military/Government communication systems, aviation air-to-ground communications, amateur radio, over-the-horizon radar, global maritime distress and asafety systems, coastal ocean dynamics applications radar	3-30 mHz	High frequency	40 dB	33 dB				73 dB (10 ->30 mHz )											~105 - ~124 dB
10	Radio frequency electromagnetic waves. Eg. Amateur radio, air navigation beacons, areal instrument landing systems, air traffic control emergency, maritime two-way radio, VHF TV, military VHF, VHF civilian radio communication	30-300 mHz	Very high frequency	40 dB	33 dB				85 dB (30->100 mHz )											~105 - ~124 dB
11	Radio frequencies.	300-mHz -3 gHz	Ultra high frequency
12	Eg.Meteorology, amateur radio satellite, low band TV channels, PMR radio	300-500 MHZ	Ultra high frequency	40 dB	33 dB				85 dB	56 dB	99 dB (470-500 mHz)		103 dB	39-54 dB (470-500 mHz)			35-54 dB (470-690 mHz)	44 dB	42 dB	~105 - ~124 dB
13	Eg. Medium-band TV, mobile broadband, wireless microphones, commercial 2-way radio, 5G	500-900 Mhz	Ultra high frequency	40 dB	33 dB	32 dB ( 600 mHz -> )	33 dB ( 600 mHz -> )	18 dB ( 600 mHz -> )	85 dB	55 dB	99 dB (500-960 mHz)		103 dB	39-54 dB (790-820 mHz)		32-43 db (700-820 mHz)	35-55 dB (700-820 mHz)	44 dB	42 dB	125-124 dB (700-820 mHz)
14	Eg. Amateur radio, pagers, commercial 2-way radio, aeronautical radionavigation, wlan/WiFi, 5G	900 mHz -1,3 gHz	Ultra high frequency	40 dB	33 dB	32 db	33 dB	18 dB	85 dB	54 dB	98 db	100 dB ( 1,0 gHz -> )	103 db	40-54 dB ( 1,0 gHz -> )		33-43 dB (920-960 mHz)	35-55 dB 920-960 mHz	44 dB	41 dB	123 dB (920-960 dB)
15	Eg. Long range radar, military air traffic control, wireless medical telemetry, military aeronautical mobile telemetry, radio navigation satellite services, mobile satellite service, US air force satellite communication, 5G	1,3-1,85 gHz	Ultra high frequency	40 dB	33 dB	32 db	33 dB	18 dB	85 dB	54-52 dB	98 db	100 dB	102-101 dB	40-56 dB (1,45-1,85 gHz )		33-43 dB (1450-1900 mHz)	36-58 dB (1450-1880 mHz)	44 dB	39-40 dB	118-115 dB (1450-1880 mHz)
16	Eg. Cordless telephone, mobile broadband, NASA deep space network, satellite radio, aircraft landing and safety systems, amateur radio, WiFi/Wlan, 5g	1,85-3 gHz	Ultra high frequency	40 dB	33 dB	32 db	33 dB	18 dB	85 dB	52-45 dB	98-95 dB (1,85-3,0 gHz)	100 dB	101-98 dB	40-58 dB (1,86-3,0 gHz)		32-44 dB (2110-2690 mHz)	36-62 dB (1880-2690 mHz)	43-41 dB	34-39 dB	116 - 114 dB (1880 - 2690 mHz)
17	Radio frequencies	3 gHz-30 GhZ	Super high frequencies
18	Eg. Wlan802.11y/ 802.11a/802.11p/ 802.11ax/802.11be/ LPI, 5g network	3-6 gHz	Super high frequencies	40 dB	33 dB	32 db	33 dB	18 dB	85 dB	45 db (3,4-3,7 gHz) 41 dB (5,15-5,35 gHz)	95 db (3,4-3,7 gHz) 92 dB (5,15-5,35 gHz)	80 dB	98-95 dB	38-63 dB (3,4 - 6 gHz )		30-47 dB (3400-5350mHz)	35-68 dB (3400-5350 mHz)	41-38 dB	30-34 dB	111 - 108 dB (3400 - 5350 mHz)
19	Eg. Satellite communications, satellite phones, 5g network	6-20 Ghz	Super high frequencies	40 dB	33 dB	32 db	33 dB	18 dB	85 dB ( < 10,1 gHz )	33 dB	79 dB	80 dB ( < 10,1 gHz )	80 dB	41-79 dB (6 - 20 gHz)		Not tested	34-85 dB (5150 mHz -20 gHz)	29 dB	30-20 dB	108 - 100 dB (5150 mHz - 20 gHz)
20	Eg. Satellite communications, satellite phones, 5g network	20-30 Ghz	Super high frequencies			32 db ( < 26,01 gHz )	33 dB	18 dB		31 dB	75 dB		76 dB	40-83 dB ( 20 - 30 gHz )		33-75 dB 20 gHz - 30 gHz)	38-83 dB (20-30 gHz)	27 dB	17-20 dB	96 dB (20 - 30 gHz)
21	Eg. 802.11aj WLAN/WiGig and 802.11ad WiGig, 5g, radio astronomy	30-40 gHz	Extremely high frequency				33 dB	18 dB		29 dB	72 dB		74 dB	38-82 dB (30-40 gHz)		33-74 dB (30 gHz - 40 gHz)	39-81 dB (30-40 gHz)	26 dB	15-17 dB	93 dB (30 - 40 gHz)
22	Eg. 802.11aj WLAN/WiGig and 802.11ad WiGig, radio astronomy	40-300 gHz	Extremely high frequency
23	Submillimeter radiation/Teraherz waves. Far infrared, far infrared laser,	300 gHz-3 tHz	Terahertz radiation
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