Sl additions - Import export

Additive Manufacturing / 3D Printing using the SLS process with a build volume of up to 700x380x580 mm. Additive Manufacturing / 3D Printing not only offers unparalleled variety of shapes and design freedom but also additional features such as mass customization or lightweight construction. Take advantage of the benefits of this innovative technology to stand out from the competition and manufacture more efficiently than ever before. We accompany you at every stage of the process! Personal consultation is extremely important to us so that you can understand and optimize the benefits of the technologies. Contact us. info@ewoqe.com

The CC-4000 / CC-4000 SL are modular aluminium control enclosure systems. With their outstanding technical features, the enclosures simply and efficiently encapsulate industrial controllers and operator control panels for centralised and decentralised automation in production processes. — Customised solutions to your specifications — Simple and modern industrial design — Freely selectable width and height (max. 800 x 800 mm) — Depths from 52 mm up to max. 646 mm — High-quality extruded aluminium sections (naturally anodised) — Coloured areas that emphasize the design — Optimum heat dissipation due to aluminium sections — Integrated handle elements with vertical section — Protection class IP65 — Front panels internally-mounted or externally-mounted — Internal grooves for fixing components — Product features SL (in addition to CC-4000) - Two enclosure depths (55 und 99 mm) - Slimline design - For encapsulating flat IPCs

Application of quasicrystalline powder Al-Cu-Fe: Filler for polymers and elastomers to improve physical, mechanical and antifriction characteristics, wear resistance, hydrophobicity and adhesion. Significant increase in wear resistance in Teflon (PTFE), in Polyphenylene sulfide (PPS); Filler for polymer powders used in 3D printing, Selective Laser Sintering (SLS) additive manufacturing; Development of new composite materials and alloys with improved characteristics in comparison with the original; Reducing friction losses, increasing the service life of units and assemblies, increasing energy efficiency and reducing energy consumption of equipment as an additive in the lubrication systems of mechanisms; Creation of coatings: anti-friction, non-stick, anti-stick, hydrophobic, reducing the level of deposits and slagging of pipes and containers; We propose to test a quasicrystalline powder of the AlCuFe system and its variations doped with boron or silicon.