CASCELL® HF is a low dielectric foam material that has been specifically designed for antenna applications.As a low dielectric material, it exhibits properties that are advantageous for antennas used in communication and radar systems.

Here are some key features and benefits of CASCELL® HF foam for antenna applications

Low Dielectric Constant: The dielectric constant (relative permittivity) of a material affects how electromagnetic waves propagate through it. CASCELL® HF foam has a low dielectric constant, making it suitable for reducing signal loss and improving the efficiency of antennas.

Low Loss Tangent: The loss tangent is a measure of the material's ability to dissipate electromagnetic energy as heat. CASCELL® HF foam is engineered to have a low loss tangent, resulting in minimal energy absorption and attenuation of signals passing through the antenna.

High Frequency Performance: The low dielectric properties of CASCELL® HF foam make it well-suited for high-frequency applications commonly encountered in communication and radar antennas.

Lightweight: Like other foam materials, CASCELL® HF is lightweight, contributing to the overall weight reduction of antenna structures. This is particularly important in aerospace and mobile communication applications.

Mechanical Stability: While being lightweight, CASCELL® HF foam maintains good mechanical stability, ensuring that the antenna structure remains structurally sound even under dynamic conditions.

Electromagnetic Compatibility: CASCELL® HF foam is designed to minimize interference and coupling with surrounding electronic components, contributing to improved electromagnetic compatibility (EMC) in antenna systems.

Ease of Processing: CASCELL® HF foam may be easily machined and shaped, allowing for precise customization and integration into various antenna designs.

These properties make CASCELL® HF foam an attractive choice for antenna applications, where high-frequency performance, low signal loss, and mechanical stability are critical factors. Antennas using this foam can benefit from improved signal reception, better range, and overall enhanced performance in communication and radar systems.

As with any specialized material, it is essential to refer to the technical data provided by the manufacturer for specific information on CASCELL® HF foam's properties, including its dielectric constant, loss tangent, mechanical strength, and other relevant characteristics tailored for antenna applications. This information will guide antenna designers and engineers in selecting the most appropriate materials for their specific needs.
CASCELL® HF- LOW DIELECTRIC FOAM   specifically designed for antenna application Cascell® HF foam core has been specifically designed for antenna application, due to its extremely low dielectric constants and particularly favorable transmission properties.