In our HMT‑Protect process, we use metal-oxide coatings to encapsulate parts against attack from the environment. This way, parts can be made compatible with aggressive chemical environments and will in some cases display increased resistance to high temperatures and mechanical loads or abrasion. The coating process’ ability to reach even deep recesses, undercuts, and the inside of long, bending channels is extreme. In combination with 3D printed parts this allows, for example, for the fabrication of nozzles and monolithic 3D nano-/microfluidics for high flow rates, high pressure drops, aggressive solvents and certain acids with extreme design freedom.
(Please note that specifications are constantly evolving and may be design-specific and mutually dependent.)
Reach out now to get a quote for coating of your 3D precision- or micro-parts.