Bends up to 500 GHz

WR3 Waveguide S-Bend 220-325 GHz
WR3 Waveguide Bend 220-325 GHz
WR3 czstom Waveguide Bend 220-325 GHz
WR42 Waveguide Bend

Beschreibung

Waveguide Bends up to 500 GHz – Precision Microwave Components

Product Portfolio and Frequency Coverage

Our Waveguide Bends are available in sizes from WR430 to WR2, covering frequencies up to 500 GHz. Each bend is precisely manufactured to ensure optimal performance and long-lasting durability.

Types of Waveguide Bends

  • E-Plane Bends: Designed for smooth signal transitions in the electric field plane.
  • H-Plane Bends: Optimized for magnetic field plane transitions, ensuring minimal reflection.
  • Waveguide S-Bends: Precision bends for applications requiring non-linear signal routing up to 500 GHz.
  • Flanged Waveguide Tube Bends: Robust construction with standard flange interfaces.
  • Split Block Waveguide Bends: Compact solutions for high-frequency applications.
  • Custom Bends: Customizable solutions available upon request to fit unique design requirements.

Key Features

  • Frequency range up to 500 GHz
  • Low insertion loss and minimal reflection
  • High mechanical precision
  • Customizable geometries and configurations
  • Available in flanged and split block designs

Applications

  • Test and Measurement Systems
  • Radar and Communication Systems
  • Scientific Research
  • mmWave Technologies
  • 5G and Satellite Communications

Why Choose bq-microwave?

Our Waveguide Bends are sourced from trusted manufacturers of high-performance microwave components. With customization options and expert consultation, we deliver tailored solutions with fast lead times and excellent quality.

Contact us today to learn more about our Waveguide Bends or to request a personalized quote.

At bq-microwave, we offer high-quality Waveguide Bends designed to maintain signal integrity across frequencies up to 500 GHz. Our waveguide bends are ideal for applications in telecommunications, radar systems, and scientific research, ensuring low insertion loss and excellent return loss in demanding environments.