high temperature rf absorber
High Power Handling RF Absorber backside view
High Power Handling RF Absorber corner view
High Power Handling RF Absorber top angle view
High Power Handling RF Absorber water droplets closeup
water resistant closeup High Power Handling RF Absorber
water resistant High Power Handling RF Absorber closeup view
water resistant High Power Handling RF Absorber top view
water resistant High Power Handling RF Absorber

High-temperature RF absorber

DMC offers RF absorbers made of heat-resistant rubber that can withstand temperatures ranging from 50°C to 150°C and operate across a broadband frequency range of 1GHz to 40GHz. Both at normal incidence and off angle incidence, the absorber’s pyramid structure and lossy material offer exceptional reflectivity performance.

Features:

  • Frequency range 1GHz to 40GHz
  • Typical reflectivity as high as -35dB
  • Power handling capacity 2kW/m2
  • Water and UV resistant
  • Fire Retardant per NRL-8093 1,2,3, UL 94 and DIN 4102-B2
  • Continuous working temperature up-to 150°C
  • RoHS Compliant
  • Zero Carbon dust

Part number reference:
DMC-PU-PY-MI-HRU-5, DMC-PU-PY-MI-HRU-10, DMC-PU-PY-MI-HRU-15, DMC-PU-PY-MI-HRU-20, DMC-PU-PY-MI-HRU-40

Datasheet
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TYPICAL REFLECTIVITY AT NORMAL INCIDENCE OVER FREQUENCY RANGE IN dB

Frequently Asked Questions

What is a High Temperature Handling RF Absorber?

It is a heat-resistant RF absorbing material designed to reduce electromagnetic reflections in environments with elevated temperatures such as RF test chambers and antenna measurement labs.

 

What frequency range does this absorber support?

The absorber operates across a broadband frequency range from 1 GHz to 40 GHz.

What is the typical reflectivity of the absorber?

The absorber provides reflectivity levels up to approximately −35 dB, depending on frequency and absorber size.

 

What material is used to manufacture this absorber?

It is made from heat-resistant rubber material combined with RF absorbing compounds to ensure stable performance at high temperatures.

What is the power handling capability?

The absorber can handle approximately 2 kW/m² RF power, making it suitable for high-power testing environments.

 

What is the maximum operating temperature?

The absorber can operate continuously at temperatures up to 150 °C, making it ideal for thermal RF testing applications.

Is the absorber resistant to environmental conditions?

Yes. It is water-resistant, UV-resistant, and suitable for demanding environmental conditions.

 

Is the absorber fire-retardant?

Yes. The absorber complies with NRL-8093, UL-94, and DIN 4102-B2 fire safety standards.

Where are high-temperature RF absorbers commonly used?

They are commonly used in anechoic chambers, antenna test facilities, radar testing environments, and high-temperature RF measurement systems.

 

What advantages does this absorber provide in RF testing?

It reduces RF reflections, maintains stable absorption at high temperatures, improves measurement accuracy, and ensures reliable performance in demanding RF testing environments.

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