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Shanghai Bodn Industrial Co., Ltd. was established in 2006. is a professional RG series RF Radio Frequency Coaxial Cable For Broadcasting manufacturers and RG series RF Radio Frequency Coaxial Cable For Broadcasting factory, The company is located in Shanghai, China, and its production base is in Ningbo. Our company specializes in developing and producing various 300KHz----6G antennas. Produces high-performance ultra-low loss amplitude-stabilized and phase-stabilized RF coaxial cables, cable assemblies and other microwave interconnect products.
The company has a professional technical development team and high-precision testing instruments and equipment: German Rohde Schwarz network analyzers, spectrum analyzers, handheld high-precision wave rejection ratio meters, signal transmitters, and microwave test shielded chambers. Mechanical testing equipment includes high temperature +150 degrees, low temperature -60 degrees test chambers, anti-UV aging test chambers, tensile testers, salt spray testing machines, etc. Our products mainly include(Marine antennas),TV/DVB-T antennas, CB antennas, VHF and UHF antennas, FM/AM DAB car antennas, mobile phone LTE, 3G, 4G, 5G and other antenna accessories.
Scope of application: Enhance communication terminal signal reception and transmission, such as Internet of Things, vehicles, navigation, farms, buildings, basements and other communication equipment. We have high-quality products and competitive prices, and our products sell well in Europe, North America, Oceania, and Southeast Asia markets. Our production quality management system complies with ISO9001 specifications, our products comply with FCC and EN wireless communication standards, and our materials meet CE and ROHS requirements. Choose Bodn, choose high-quality products, reasonable prices, 24-hour global online and after-sales service. Customer criticism is the basis of our growth, and customer satisfaction is the success.
It is mainly used in radio communication, broadcasting, and related electronic equipment under high-temperature conditions.
The cable has a uniform characteristic impedance, low loss, low transmission delay, and minimum attenuation.
