Contact
Lilei Ye
lilei@sht-tek.com
SHT was found in 2001, and located in Gothenburg, Sweden. For several years SHT has been focusing
on the development of nanotechnology based electronics materials and processes. Several new nanomaterials and processes have been developed, such as Nano-TIM, nanotechnology enhanced conductive adhesive, carbon nanotube and graphene based packaging processes.
SHT has been involving in several national and EU-funded programs. Until now SHT has six patents related to nano-TIM materials. SHT has been working as supplier to large mobile communication industries, and it has also built up its own intellectual property portfolio around design, materials fabrication and manufacturing technology for electronics applications. Main areas of expertise include:
- Integrating the well aligned carbon nanotubes (CNTs) and graphene into future electronics interconnect and packaging technologies.
- Develop and provide unique nano-fiber based metal thermal interface materials with excellent thermal and mechanical performance through all-metal high thermally conductive pathways from surface to surface.
Electrically and thermally conductive adhesives granting desirable electrical and mechanical benefits for surface mount applications and die attach.
Resources:
SHT has its own laboratory for material processing, assembly and reliability testing. Besides, SHT has also access to Swedish National Nanofabrication Facility Laboratories (NFL). The Laboratories are of the state-of-the art class withgrowth, process and measurement tools providing a broad platform for the development and testing of new ideas in micro and nano technology in Sweden.
Role in NanoSmart:
SHT will work on:
- Synthesis of vertically aligned CNTs both by thermal and plasma enhanced CVD method
- Optimizing and characterizing of vertically aligned CNTs for use in filters and CNT switches
Key personnel:
Dr Lilei Ye (female) graduated in Experimental Physics in Chalmers University of Technology with a focus on microscopy analysis of nano materials used in electronic packaging. Since 2010 she became research manager of Smart High Tech AB and is in charge of the developments with respect to novel thermal interface materials and CNT/graphene-based interconnect materials used in electronic packaging. Now she is CEO of SHT and responsible for overall planning and management.
Mr Christian Chandra Darmawan (male) holds a Master degree from Chalmers University of Technology in the subject of Nanomaterials. His work interest covers carbon nano- and 2D materials synthesis and processing for thermal applications, this includes the synthesis of graphene and CNTs by CVD method, development of post-growth transfer processes of graphene and associated graphene based materials for electronics assembly, etc. He joined SHT in 2016 and is now responsible for carbon-based material synthesis and characterization at SHT.