Carbon Fibre Reinforced Polymers suitable for secondary structures
Research into the use of Carbon Fiber Reinforced Polymers (CFRP) in space structures. Here are the key aspects of this technology: Research Objective The aim
Research into the use of Carbon Fiber Reinforced Polymers (CFRP) in space structures. Here are the key aspects of this technology: Research Objective The aim
an innovative structural technology developed for space applications, called „distorting honeycombs”. Here are the key aspects of this technology: Traditional sandwich structures New 3D Honeycomb
Arceon, a Dutch engineering company, offers ceramic matrix composite materials, combining ceramics and composites. These have unique properties: low density, high temperature resistance, low CTE
ATG Europe is a Dutch innovation driven service provider with a strong heritage in space and high tech industries. ATG Europe has patented a wide
Technology developed to improve thermal management in power semiconductors for space applications. Here are the key aspects of this technology: Need for better heat dissipation
Due to the design freedom, this process offers enormous potential for mass reduction compared to parts that are produced with conventional processes such as turning
A new coating technology for the production of optical mirrors with at least 80% less mass than conventional systems. Optical mirrors for space are massive
The technology owner with more than a century of experience in the development and manufacture of high-quality glass products offers versatile port film, which ensures
Hermetic microelectronic housings protect sensitive components under extreme conditions, enable reliable power and signal transmission and meet the highest power and lifetime requirements. PLIKI TD-DE-1076_WebVersion
CoralPor® nano- and macroporous lenses have rigid amorphous microstructures that offer excellent properties, including robust mechanical, thermal and chemical resistance. PLIKI TD-DE-1075_WebVersion TD-DE-1075 Coral Glass_e