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cametics

Member sinceJanuary 16, 2017
Twitter Username@cametics
BiographyCambridge Advanced Metals Ltd. Joining the un-joinable - revolution in soldering of carbon
URLhttps://t.co/7mIhwr77k0
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Definitions

created on January 16, 2017
Up to now it has not been possible to apply soldering to graphitic materials as they are not wetted by the commercially available alloys. C-SOLDER tin-based lead-free low-temperature soldering alloys enable joining of various carbon materials including carbon fibres or carbon nanotube fibres in both carbon-carbon and carbon-metal arrangements. The soldering of carbon materials, using C-Solder Type: SAC-1B, may be performed in air, at temperatures in the range from 300°C to 450°C with the use of classic soldering iron.
created on January 16, 2017
active soldering alloy
created on January 16, 2017
C-SOLDER Type: SAC-1B:  Excellent wetting of carbon materials: graphite, carbon fibres, carbon nanotube fibres, graphene, etc.  Suitability for bonding in carbon-carbon and carbon-metal systems.  Soldering temperatures below 450°C.  Good mechanical and electrical properties.  Lead free.  Flux free.
created on January 16, 2017
C-SOLDER is a trade name for a group of new tin-based lead-free low-temperature soldering alloys designed by Cametics Ltd. which enable joining of various carbon materials including carbon fibres or carbon nanotube fibres in both carbon-carbon and carbon-metal arrangements. The use of these alloys allows fast formation of mechanically strong bonds which are electrically conductive simultaneously.

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