3DBI 433MHZ Receiver Antenna Wireless External Sucker Helical Antenna Sma Connectors

3Dbi 433MHz Wireless Wifi Signal External Sucker Helical Antenna With Sma Connectors

Place of Origin: Guangdong, China (Mainland)

Brand Name: TX

Model Number: Sucker Antenna

Product name: SMA male antenna 3DBi with RG174 cable

Color: black/Golden

Material: Brass+cable+magnet

Certificate: ISO9001/CE/ROHS/FCC

Connector type: SMA female connector

Plating: Nickel /Golden Palting

MOQ: 1 Piece

ODM/DEM: Offered

Insulation Resistance: ≥ 5000 MΩ

Temperature Range: -55~+155°C (PE Cable -40~+85°C)

Please kindly know that the frequency, length, connector and body color can be customized.

We can provide other materials and plating specifications according to customers' requirements.

Our production process is in accordance with international standards, the products meet the IEC and MIL technical standards throngh performance testing of authorities, widely used in the field of communications.

Tengxiang Electronics - Leading RF Communication Solutions Provider

Established in 2010, Tengxiang Electronics is a national high-tech enterprise based in Chang'an, Dongguan, China. We specialize in the R&D and manufacturing of antennas and RF connectors, offering end-to-end wireless communication solutions across 10MHz to 50GHz. Our core capabilities include:

Full-spectrum antenna customization: WiFi 7, 5G, GNSS, phased arrays, and NTN space-air-ground communication.

In-house intelligent manufacturing: Integrated injection molding, metal processing, auto cable cutting, and assembly with precision testing (20+ VNAs, microwave chambers).

Solutions for extreme environments: UAVs, wearable micro-antennas, industrial radar sensors, and robust RF modules.

Applications across industries:

Smart Terminals: 5G/WiFi7 modules, Bluetooth wearables, RFID

Intelligent Mobility: V2X, SATCOM, UAV beyond-visual-range, MIMO systems

Industrial IoT: Robotics, smart security, automation

Aerospace: R&D on integrated space-air-ground communication platforms

Certified under ISO9001, IATF16949, and more, our products undergo rigorous military-grade testing. With 50+ patents and partnerships with 300+ global clients, we deliver with speed, precision, and quality.

Our Mission: Empower a smarter connected world with high-performance, reliable RF products while promoting employee well-being.

Our Vision: Become the No. 1 brand in RF service responsiveness and build a century-lasting enterprise shaping the future of wireless communication.

Tengxiang Electronics - Leading RF Communication Solutions Provider

Established in 2010, Tengxiang Electronics is a national high-tech enterprise based in Chang'an, Dongguan, China. We specialize in the R&D and manufacturing of antennas and RF connectors, offering end-to-end wireless communication solutions across 10MHz to 50GHz. Our core capabilities include:

Full-spectrum antenna customization: WiFi 7, 5G, GNSS, phased arrays, and NTN space-air-ground communication.

In-house intelligent manufacturing: Integrated injection molding, metal processing, auto cable cutting, and assembly with precision testing (20+ VNAs, microwave chambers).

Solutions for extreme environments: UAVs, wearable micro-antennas, industrial radar sensors, and robust RF modules.

Applications across industries:

Smart Terminals: 5G/WiFi7 modules, Bluetooth wearables, RFID

Intelligent Mobility: V2X, SATCOM, UAV beyond-visual-range, MIMO systems

Industrial IoT: Robotics, smart security, automation

Aerospace: R&D on integrated space-air-ground communication platforms

Certified under ISO9001, IATF16949, ISO14001, ISO14005, and QC080000. Our products undergo rigorous military-grade testing. With 50+ patents and partnerships with 300+ global clients, we deliver with speed, precision, and quality.

Our Mission: Empower a smarter connected world with high-performance, reliable RF products while promoting employee well-being.

Our Vision: Become the No. 1 brand in RF service responsiveness and build a century-lasting enterprise, shaping the future of wireless communication.