OPPE CABLEM launched two models for 3D printing polymer materials in the aerospace field

Date:2022-7-19 Author:Sam

123]
打印材料:
OXFAB3D
OPM launched 3D printing materials: OxFab-n and Oxfabb and Oxfab -ESD.
Recently, Oxford Performance Materials (
OPM公司推出3D打印材料:OXFAB-N和OXFAB-ESD。 ]
OPM
)公司开发出两款针对航空航天及工业制造市场的
[123 ] oxfab-n

oxfab-esd . It is understood that 2013 Year 2 ] Month, OPM The first one and so far to date [ [ [ [ [ [ 123] fda Approval of the production 3d The printed polymer implants Company, in 2014 Year 7 [] 123] month OPM Get again fda for facial planting for specific patients Entry. \u0026 nbsp;

oxfab OPM

The company’s use Come 3d Print pekk (polyetherone ketone) [ 123] The proprietary process of the material. oxfab-n is unpredictable Pekk , due to its low microwave dielectric constant, it is most suitable for making microwave antennas (antenna cover) or other special electrical applications. oxfab-esd is a kind of carbon pekk ] , it has high strength, low weight mechanical properties. \u0026 nbsp; According to OPM AROSPACE \u0026 Amp; Industrial

President

Paulmartin Introduction: \”Although the additive manufacturing of commercial polymers has appeared for some time,

Printed pekk It is the first time for being used in the field of aerospace and industrial applications. pekk is the best thermoplastic material for performance. It can123] The printed function is complete and can be used directly.We are fulfilling some key development contracts with customers in the field of aerospace and industrial, and are commercial and military aircraft, space, industrial fields 3D ] Print parts, these applications can significantly reduce weight and save costs, which is the core of our customers’ attention.\” \u0026 nbsp; ]

Oxfab

The intensity weight ratio is better than cast aluminum, magnesium and nylon. Due to its inertia characteristics, Oxfab

is the ability that has high chemical resistance and heat resistance and custom electrical performance, which is very critical for high -performance aerospace and industrial components. \u0026 nbsp;