Waveguide Bends

1,354 Waveguide Bends from 35 manufacturers listed on everything RF

Waveguide bends redirect the path of RF energy in a waveguide run while managing mode integrity and VSWR; they are specified by bend angle, band, and physical size. Waveguide Bends from the leading manufacturers are listed on everything RF. Use the filters to narrow down on products based on Bend angle, Frequency, VSWR, and Waveguide Type, and more. Download datasheets and request quotes for products that meet your requirements.

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1,354 Waveguide Bends from 35 Manufacturers
1,354 Products from 35 Manufacturers
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187WHB-80-80-40 Image
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3.95 to 5.85 GHz 90 Degree H-Plane Radius Bend Waveguide

Product Specs

Waveguide Type:
WR187 / WG12 / R48
Plane:
H Plane
Bend angle:
90 Degrees
Frequency:
3.95 to 5.85 GHz
VSWR:
1.15:1
more info
Waveguide Bends from 2.6 to 140 GHz

Product Specs

Waveguide Type:
WR19 / WG24 / R500, WR28 / WG22 / R320, WR159 / WG...
Plane:
E Plane
Bend angle:
90 Degrees, 30 Degrees, 45 Degrees, 60 Degrees
Frequency:
2.6 to 140 GHz
more info
H Plane, 90 Degrees Waveguide Bend from 39.2 to 59.6 GHz

Product Specs

Waveguide Type:
WR19 / WG24 / R500
Plane:
H Plane
Bend angle:
90 Degrees
Frequency:
39.2 to 59.6 GHz
VSWR:
1.20:1
more info
45 degrees, E Plane Waveguide Bends from 110.0 to 170.0 GHz

Product Specs

Waveguide Type:
WR6 / WG29 / R1400
Plane:
E Plane
Bend angle:
45 degrees
Frequency:
110 to 170 GHz
VSWR:
1.15:1
Application:
Test & Measurement
more info
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60 to 90 GHz, 90 Degrees Waveguide Bend

Product Specs

Waveguide Type:
WR12 / WG26 / R740
Plane:
H Plane
Bend angle:
90 Degrees
Frequency:
60 to 90 GHz
VSWR:
1.10:1
more info
WR-22 Waveguide H-Bend from 33 GHz to 50 GHz

Product Specs

Waveguide Type:
WR22 / WG23 / R400
Plane:
H Plane
Bend angle:
90 Degrees
Frequency:
33 to 50 GHz
VSWR:
1.15:1
Flange Type:
Round Cover
more info
90 Degrees E Plan & H Plane Mitered Waveguides

Product Specs

Type:
Mitred Bend
Waveguide Type:
WR51 / WG19 / R180, WR187 / WG12 / R48, WR284 / WG...
Plane:
E Plane, H Plane
Bend angle:
90 Degrees
Frequency:
1 to 40 GHz
VSWR:
1.05:1, 1.08:1
more info
E Plane, 90 Degrees Waveguide Bend from 6.5 to 18 GHz

Product Specs

Type:
Double Ridge Waveguide
Waveguide Type:
WRD-650
Plane:
E Plane
Bend angle:
90 Degrees
Frequency:
6.5 to 18 GHz
VSWR:
1.25:1
Flange Type:
Square Cover
more info
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WR-28, 26.5 to 40.0 GHz, 90 Degrees, E Plane Waveguide Bend

Product Specs

Type:
Mitred Bend
Waveguide Type:
WR28 / WG22 / R320
Plane:
E Plane
Bend angle:
90 Degrees
Frequency:
26.5 to 40 GHz
VSWR:
1.03:1
more info
WR-42, 90 Degrees E Plane Waveguide Bend Operating from 18 to 26.5 GHz

Product Specs

Waveguide Type:
WR42 / WG20 / R220
Plane:
E Plane
Bend angle:
90 Degrees
Frequency:
18 to 26.5 GHz
Application:
Test & Measurement
more info
WR-284, 2.45 GHz 90 Degrees Waveguide Bend

Product Specs

Waveguide Type:
WR284 / WG10 / R32
Plane:
E Plane
Bend angle:
90 Degrees
Frequency:
2.42 to 2.48 GHz
Power:
10 kW
more info
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H Plane, WR430 Waveguide Bend from 1.70 to 2.60 GHz with 30 Degrees Bend Angle

Product Specs

Waveguide Type:
WR430 / WG8 / R22
Plane:
H Plane
Bend angle:
30 Degrees
Frequency:
1.70 to 2.60 GHz
VSWR:
1.05:1
Flange Type:
Cover
more info
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H Plane, 90 Degrees Waveguide Bend from 40 to 60 GHz

Product Specs

Waveguide Type:
WR19 / WG24 / R500
Plane:
H Plane
Bend angle:
90 Degrees
Frequency:
40 to 60 GHz
VSWR:
1.02:1
Flange Type:
Round
more info
Waveguide Bends with Low VSWR

Product Specs

Waveguide Type:
WR42 / WG20 / R220, WR28 / WG22 / R320, WR22 / WG2...
Plane:
E Plane, H Plane
Bend angle:
30 Degrees, 45 Degrees, 90 Degrees
Frequency:
18 to 220 GHz
VSWR:
1.10:1
more info
5.85 to 8.20 GHz 90 Degree H-Plane Radius Bend Waveguide

Product Specs

Waveguide Type:
WR137 / WG14 / R70
Plane:
H Plane
Bend angle:
90 Degrees
Frequency:
5.85 to 8.2 GHz
VSWR:
1.15:1
more info
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What are Waveguide Bends?

Waveguides are usually fixed/rigid (with the exception of flexible waveguides) and therefore need bends to align the waveguide into a particular position. The correct bend is extremely important, as this regulates the loss and reflections in the system. There are two main kinds of waveguide bends:

E Plane: This type of bend changes the electric field to enable the waveguide to be bent in the required direction. The bend must have a radius greater than two wavelengths.

H Plane: This type of bend changes the magnetic field. It creates a bend around the thinner side of the waveguide. This also must have a radius greater than two times the wavelength.

The Unknown Editor from Microwaves 101 has a great way to identify the Waveguide E & H Planes. He says the E-plane starts with an E and the H plane starts with an H - which you can see in the photo below.

Waveguide Bends

In addition to this the frequency, waveguide size, bend angle and VSWR are also important parameters which are used when selecting a waveguide bend.

everything RF has listed the leading manufacturers for Waveguide Bends. Download datasheets, see product specifications and get quotations on the products you need. We have listed the leading manufacturers of waveguide bends here, in case you feel we have missed some manufacturers, let us know. Click here to learn more about Waveguide Bends.