Lay Filaments Di-Electro-LAY 3.0mm 0.10kg 3d printers accessory

Experimental Filament for Electromagnetic Research

This polymer filament contains 72 percent titanium dioxide and is designed for 3D printing structures that interact with strong electromagnetic fields. It suits researchers and advanced hobbyists building custom antennas or experimental RF components. The material is sold as an experimental product for specialised additive manufacturing projects.

Standard 3.0mm Diameter for Compatible Extruders

The filament measures 3.0 millimetres in diameter and comes on a 0.10 kilogram spool, so it fits printers that accept this size without hardware changes. Because the formulation is experimental, print parameters such as temperature and speed need careful tuning to avoid clogging or layer adhesion issues. Users should expect a development cycle rather than plug-and-print reliability.

Consistent Dielectric Behaviour During Extended

The high TiO2 loading maintains stable electromagnetic properties throughout long build times, allowing multi-hour prints of functional antenna geometries without property drift. Thermal stability of the polymer matrix supports dimensional accuracy during sustained extrusion, reducing warping on large experimental parts. This predictable response under continuous load is essential for repeatable RF prototyping.