Products
Company Profile
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Since its establishment in 2016, our company's R&D team has been dedicated to advancing and applying innovative wave-absorbing materials, which are core components for microwave anechoic chambers. We hold several invention patents for our self-developed laboratories and wave-absorbing materials, showcasing our commitment to excellence. Our EPP rigid foam wave-absorbing materials are recognized for their ultra-wideband performance, superior flame retardancy, ultra-lightweight nature, high portability and environmental friendliness. Thanks to the superior quality and competitive pricing of our products, Signals Industrial has become a preferred supplier for anechoic chamber integrators.
We offer a range of materials, including EPP wave-absorbing materials suitable for antennas/OTA and electromagnetic compatibility/EMC applications. Additionally, we provide Aramid High-power Honeycomb wave-absorbing materials and Non-woven Fabric High-power pyramidal wave-absorbing materials for other specialized applications. EPP rigid wave-absorbing materials address many issues associated with traditional polyurethane materials, such as environmental instability, frequent replacements, dust particle emissions, and significant indoor air pollution.
Application Area
EMC Chamber
For 3-meter, 5-meter, and 10-meter Anechoic EMC chamber,absorbing materials can match the impedance of ferrites, allowing for a wide range of operating frequencies from tens of MHz to the microwave frequency band.
Fully anechoic chamber
For OTA chamber, near-field, far-field, and compact field, absorbing materials can minimize reflection and improve antenna testing accuracy, and are widely used for measuring antenna patterns such as radar or communication antennas, automotive antennas, satellite antennas, etc.
Dark box, absorbing wall, absorbing screen
Compared to traditional absorbing materials, this product can be applied to some special scenarios, such as high cleanliness, high testing accuracy, high performance, high humidity and other special demand scenarios.
Application Case