Brief: Thinking about an upgrade? This short demo helps you evaluate the fit. Watch as we showcase our high-quality radar absorbing foam, designed for EMC shielding rooms. You'll see the unique pyramid design that maximizes space and ensures seamless installation, plus a walkthrough of the various RF foam absorber types and their specifications.
Related Product Features:
Features a special pyramid absorber design with irregular arrays for enhanced space utilization.
Constructed with flame-retardant materials that are easily cut with a sharp knife for customization.
Offers outstanding radar wave absorption across a wide frequency range for effective EMC shielding.
Available in multiple types including rubber sheet, carbon-based foam, and honeycomb absorbers.
Provides flexible installation with a no-slot joint design between absorber pieces.
Comes in standard base sizes of 500x500mm with customizable dimensions available.
Includes various height options from 30mm to 1000mm to suit different shielding requirements.
Delivers high performance with detailed reflectivity specifications for precise application.
FAQs:
What are the key features of your radar absorbing foam?
Our radar absorbing foam features a special pyramid design for optimal space utilization, is flame retardant, easily customizable with a knife, and provides outstanding absorption over a wide frequency range for effective EMC shielding.
What types of RF foam absorbers do you offer?
We offer various RF foam absorber types including rubber sheet microwave absorbers, carbon-based foam microwave absorbers, honeycomb and high power microwave absorbers, sprayable microwave absorbers, and rigid and castable microwave absorbers.
Can the radar absorbing foam be customized for specific projects?
Yes, the base size of 500x500mm is standard, but we accept customized dimensions to meet specific project requirements, along with various height options from 30mm to 1000mm.
How does the pyramid design improve the absorber's performance?
The irregular array pyramid design enlarges space utilization and, with complementary left and right sides, ensures a no-slot joint between pieces, enhancing overall shielding effectiveness and ease of installation.