Coaxial cables - Import export

Chainflex® CFKOAX coaxial cables are designed for very heavy duty applications and are almost unlimited resistance to oil, also with bio-oils. Because of its UV resistance, the cables can be used for indoor and outdoor applications. - Unsupported and gliding travel distances up to 400 m and more - Storage and retrieval units for high-bay warehouses, machining units/machine tools, quick handling, cleanroom, semiconductor insertion, indoor cranes, low-temperature applications - For extremely heavy duty applications - Outer jacket: TPE - Hydrolysis and microbe-resistant - Silicone-free - UV-resistant - Oil-resistant according to DIN EN 60811-404, resistant to organic oils according to VDMA 24568 with Plantocut 8 S-MB by DEA

For applications in radio technology we manufacture 50 Ohm high-frequency coaxial cables in various dimensions and designs. In addition to the internationally used robust cable types of the US-MIL standard series RG, we also offer attenuation-optimized versions with improved shielding effectiveness for VSAT, WiFi, RFID, LTE and 5G and other radio services. All cables with an outer jacket of PE can be buried.

For applications in radio technology we manufacture 50 Ohm high-frequency coaxial cables in various dimensions and designs. In addition to the internationally used robust cable types of the US-MIL standard series RG, we also offer attenuation-optimized versions with improved shielding effectiveness for VSAT, WiFi, RFID, LTE and 5G and other radio services. All cables with an outer jacket of PE can be buried.

For applications in radio technology we manufacture 50 Ohm high-frequency coaxial cables in various dimensions and designs. In addition to the internationally used robust cable types of the US-MIL standard series RG, we also offer attenuation-optimized versions with improved shielding effectiveness for VSAT, WiFi, RFID, LTE and 5G and other radio services. All cables with an outer jacket of PE can be buried.

For applications in radio technology we manufacture 50 Ohm high-frequency coaxial cables in various dimensions and designs. In addition to the internationally used robust cable types of the US-MIL standard series RG, we also offer attenuation-optimized versions with improved shielding effectiveness for VSAT, WiFi, RFID, LTE and 5G and other radio services. All cables with an outer jacket of PE can be buried.

For applications in radio technology we manufacture 50 Ohm high-frequency coaxial cables in various dimensions and designs. In addition to the internationally used robust cable types of the US-MIL standard series RG, we also offer attenuation-optimized versions with improved shielding effectiveness for VSAT, WiFi, RFID, LTE and 5G and other radio services. All cables with an outer jacket of PE can be buried.

The RF 400-AL high-frequency cable from bda connectivity is suitable for radio data transmission, WiFi and other applications of 50 Ohm technology and is specified for use up to 6 GHz (5G). The CCA inner conductor is surrounded by an insulation layer of physically foamed Cell-PE, double-laminated aluminium foil and a braid of tinned copper as the outer conductor, covered by a black PVC jacket. This ensures UV resistance and good laying properties.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Axon' offers a complete range of coaxial cables designed to transmit signals with minimum distortion and attenuation while preventing the reception of outside interference. Several versions are available : siingle or double screen, triaxial cables, low noise and sub-miniature coaxial cables. Axon' coaxial cables are made with silver plated copper conductor insulated with various materials including PTFE, FEP, celloflon® (axon' patented porous PTFE). The screen is made with silver plated copper and the outer insulating material can be made with PTFE, ETFE, FEP, or PFA. Coaxial cables can be offered with big diameters (for example 11.30 mm)

› RG 59/U-4 F (Cu/SnCu) › RG 59/U-4 F (Cu/Al) › RG 59/U-4 FHF (Cu/SnCu) › RG 59/U-4 FHF (Cu/Al) › RG 59/U-6 F (Cu/Cu) › RG 59/U-6 FHF (Cu/Cu) › RG 6/U-4 F (Cu/SnCu) › RG 6/U-4 F (Cu/Al) › RG 6/U-4 F Trishield (Cu/Al) › RG 6/U-4 FHF (Cu/SnCu) › RG 6/U-4 FHF (Cu/Al) › RG 6/U-4 FP (Cu/SnCu) › RG 6/U-4 FP (Cu/Al) › RG 6/U-6 F (Cu/Cu) › RG 6/U-6 FHF (Cu/Cu) › RG 6/U-6 FP (Cu/Cu) › RG 11/U-4 F (Cu/SnCu) › RG 11/U-4 F (CCS/Al) › RG 11/U-4 FHF (Cu/SnCu) › RG 11/U-4 FP (Cu/SnCu) › RG 11/U-6 F (Cu/Cu) › RG 11/U-6 F (CCS/Cu) › RG 11/U-6 FHF (Cu/Cu) › RG 11/U-6 FP (Cu/Cu) › RG 58 C/U › RG 174/U › RG 58 C/U HFFR › RG 213/U › RG 213/U HFFR › RG 214/U › RG 214/U HFFR

Flat elevator cable is used in elevating system to transmit signals from car to control panel. CAT6 is for internet connection and IP camera. RG6(Coaxial) is for analog camera system.

RG 58 C/U HFFR RG 6 / U-4 CU / AL HFFR RG 6 / U-6 RG 6 / U-6 HFFR RG 11 / U-4 HFFR RG 11 / U-6 HFFR LIHH FE 180 PH 120 LIHCH FE 180 PH 120 LIH(St)CH FE 180 PH 120 JE-H(St)H FE 180 PH 120

Axon' has developed picocoax® a complete range of miniature coaxial cables and harnesses for applications where a large number of signals have to be transmitted with no interference. They can be used for measurement equipment and medical devices. Picocoax miniature coaxial cables offer a good compromise between small diameter (for example 0.20 mm) and capacitance of 50 to 100 pF/m. Picocoax® miniature coaxial cables are made with silver plated copper alloy conductor and high performance dielectric materials including FEP or Celloflon (porous PTFE patented by Axon'). Axon' also offers multipicocoax made with bundles of 18 to 304 picocoax cables. These composite cables are very flexible.