High frequency cables - Import export

For radio and broadcast applications we manufacture 50 Ohms RF coaxial cables in different dimensions and shapes. We offer attenuation optimized modifications with enhanced screening efficiency for VSAT, WLAN, RFID and other radio services.

In various categories based on polyethylene density and chemical properties classified. Mechanical properties, molecular weight, crystal structure and branching It depends on the type. . HDPE (High Density PE) . LDPE (Low Density PE) Film extrusion (production of film for general purpose and display packaging) Film extrusion (heavy-duty bag, film for construction and industrial applications), wire and cable coating (Teflon, power, high signal and frequency cables), blow-up coating (detergent bottle, container for large volume and corrosive chemicals). Pipe extrusion (various pipes)

In various categories based on polyethylene density and chemical properties classified. Mechanical properties, molecular weight, crystal structure and branching It depends on the type. . HDPE (High Density PE) . LDPE (Low Density PE) Film extrusion (production of film for general purpose and display packaging) Film extrusion (heavy-duty bag, film for construction and industrial applications), wire and cable coating (Teflon, power, high signal and frequency cables), blow-up coating (detergent bottle, container for large volume and corrosive chemicals). Pipe extrusion (various pipes)

In various categories based on polyethylene density and chemical properties classified. Mechanical properties, molecular weight, crystal structure and branching It depends on the type. . HDPE (High Density PE) . LDPE (Low Density PE) Film extrusion (production of film for general purpose and display packaging) Film extrusion (heavy-duty bag, film for construction and industrial applications), wire and cable coating (Teflon, power, high signal and frequency cables), blow-up coating (detergent bottle, container for large volume and corrosive chemicals). Pipe extrusion (various pipes

Coaxially constructed high-frequency cables of the highest quality. Multiple shielding for optimum shielding effectiveness and interference-free transmission. It is used in broadband distribution networks for cable television, among other things, but also in broadband transmission systems and in (CCTV). Furthermore, our RG coaxial cables are manufactured according to the specifications of MIL C-17.

Coaxially constructed high-frequency cables of the highest quality. Multiple shielding for optimum shielding effectiveness and interference-free transmission. It is used in broadband distribution networks for cable television, among other things, but also in broadband transmission systems and in (CCTV). Furthermore, our RG coaxial cables are manufactured according to the specifications of MIL C-17.

Coaxially constructed high-frequency cables of the highest quality. Multiple shielding for optimum shielding effectiveness and interference-free transmission. It is used in broadband distribution networks for cable television, among other things, but also in broadband transmission systems and in (CCTV). Furthermore, our RG coaxial cables are manufactured according to the specifications of MIL C-17.

Coaxially constructed high-frequency cables of the highest quality. Multiple shielding for optimum shielding effectiveness and interference-free transmission. It is used in broadband distribution networks for cable television, among other things, but also in broadband transmission systems and in (CCTV). Furthermore, our RG coaxial cables are manufactured according to the specifications of MIL C-17.

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.

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.

For reducing losses, in high-frequency or pulse-field applications, electromagnetic coils can be designed using dielectric materials for their frames. Also the winding can be made of multi-strand high-frequency cable.

This special Metzner development is able to process cable wires with a diameter of up to 28 mm. The cycle time for this is 2000 mm / 35 seconds. The processing steps include long slitting, sawing, circumferential cutting, stripping, brushing and depositing. An integrated ink jet printer labels the cable wires with information or markings. As the heart of the processing method, Metzner uses a newly developed stripping head that combines a rotary cut with a powerful clamping and simultaneous rotation of the material. This enables a high-precision, multi-stage radial cut through the various layers of material. Microscopic quality inspection confirms that the processing is flawless with no scratches, pressure or abrasion marks. In addition to the high machining quality, the machinery also offers special precision: both the overall length and the machining position are maintained with an accuracy of 0.2 mm. The machine can process cable wires with diameters up to 28 mm.

Strands with a concentric structure made from Cu-ETP1, Cu-OF1 and LEONI Histral® alloys in bare, tin-plated, nickel-plated or silver-plated, soft annealed. Single-wire diameter ranging from Ø 0.05 mm to Ø 0.51 mm, left-hand lay or right-hand lay. Cross-section ranging from 0.02 mm² to 630 mm². The individual wires are subject to an exact positioning around a core wire, which ensures an all-out uniform structure. Concentric strands are particularly appropriate for thin-gauge coating with high-grade isolation materials (extrusions). 7-end strands are especially suited for data cables with high frequencies of transmission. The technical qualities of a concentric strand can be extremely well and accurately customized by combining several different alloy wires.