Its low dielectric constant and loss factor make it suitable for thermoforming

It is compatible with most metallic facing materials and is also suitable for hand lay-up and prepreg processing. The low density of the HF foam makes it suitable for CNC machining. It is lightweight and can be thermoformed. It is available in various shapes and can be machined into a variety of shapes. LF Foam: Low dielectric foam has high compressive strength and is good for insulation. 

Its low dielectric constant and loss factor make it suitable for thermoforming, CNC machining, and other fabrication processes. It can also be used for radomes and antennas. Its low cost and high workability make it a good choice for many applications. Its excellent heat resistance, low electrical conductivity, and excellent mechanical properties make it an excellent choice for aerospace applications. 

Radom foam is a type of thermoplastic injection moulded component that is comprised of a core material composed of 1/30 iron. Due to its thin thickness, it can shield electronic waves with approximately a 90dB effectiveness. It is easy to cut and bend. In addition, it is highly temperature-resistant. However,CASCELL® RS Suppliers the most notable quality of Radom foam is its affordability. This material is widely used in the aerospace industry for a variety of uses. 

This material is highly resistant to heat, water, and most other materials. Its specific gravity is 0.3, making it nearly as dense as water. In addition, its pore structure is uniform, making it easy to shape and manipulate. For many applications, this material is ideal for building insulation and sound isolation.

Unlike traditional foams, Radom foam can withstand high temperatures up to 1100°C. Its permeability and heating/cooling characteristics make it a perfect choice for high-temperature-resistant structures. Construction grade Radom foams are available in most local hardware stores.