Application areas
Overview
Liberation of amethysts and gemstones
Concrete recycling
Diamond exploration
Recycling of electronic and automobile scrap
Laboratory sample processing
Metal recovery from slag
Obtaining high-purity quartz
Quartz glass recycling
Products
selFrag Lab
Services
After Sales Support
Trial liberation
Financing
Technology
The principle of selecticve fragmentation
Energy aspects
Karlsruhe Research Centre (FZK)
Company
Portrait/History
Expertise (R&D)
News&Events
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Contents
Liberation of amethysts and gemstones
.
Concrete recycling
.
Diamond exploration
.
Recycling of electronic and automobile scrap
.
Obtaining high-purity quartz
.
Laboratory sample processing
.
Metal recovery from slag
.
Quartz glass recycling
.
Overview
.
After Sales Support
.
Financing
.
Trial liberation
.
selFrag Newsletter
.
selFrag's Success at Goldschmidt 2009 in Davos
.
selFrag Lab
.
selFrag Lab Movie
.
The principle
.
Energy aspects
.
Karlsruhe Research Centre (FZK)
.
Expertise (R&D)
.
Portrait/History
.
Frequently Asked Questions
Can homogeneous materials be fragmented?
.
Can metals be fragmented?
.
Which materials are particularly suited to selective fragmentation?
.
Are any toxic materials subject to RoHS built into or stored in a selFrag plant?
.
What supplies are needed to operate a selFrag plant?
.
Does a selFrag plant emit any radiation that is damaging to health (NIS, Non-Ionizing Radiation)?
.
How loud is a selFrag plant during operation?
.
How much energy does the selFrag process consume at the high voltage used?
.