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Carbodeon Thermally-Conductive Polymer Gives 25 Percent Performance Increase
VANTAA, Finland, October 31, 2013 /PRNewswire/ --
Nanodiamonds in minute quantities exploit diamond properties while keeping costs low
for electronics and LED applications
Carbodeon has developed a thermal filler using nanodiamonds that increases the
conductivity of thermally conductive polymers by 25 percent, providing significant
performance increases for polymers used in electronics and LED manufacture.
(Photo:
http://photos.prnewswire.com/prnh/20131031/648818 )
Starting with a polyamide 66 (PA66) reference material containing 45 percent by weight
of boron nitride as the thermal filler, Carbodeon created a new material using 44.9
percent boron nitride and 0.1% of its uDiamond(R) nanodiamond powder. The thermal
conductivity of the PA66 increased by 25 percent, averaged across all planes.
The increase in thermal conductivity is achieved without affecting the electrical
insulation or other mechanical properties of the material, making it an ideal choice for a
wide range of electronics and LED applications.
Carbodeon CTO Vesa Myllymaki said: "The performance improvements achieved by this
filler are derived from the extremely high thermal conductivity of diamond, at around 2000
W/mK. The key development made by Carbodeon is to tune the surface chemistry of the
diamond particles and mixing process to develop a nano-composite in which the diamond is
very well interfaced to the polymer molecules."
The active surface chemistry inherent in detonation-synthesised nanodiamonds has
historically presented difficulties in application of these promising 4-6 nm particles,
making them prone to agglomeration. Carbodeon tunes that surface chemistry so that the
particles are driven to disperse and to become consistently integrated throughout parent
materials, especially polymers. The much-promised properties of diamond can thus be
imparted to other materials with very low, and hence economic, concentrations.
Myllymaki added: "Through Carbodeon technology, really effective improvements to
several physical properties can be made with the addition of small quantities of
nanodiamond. We are developing a range of customer applications and are always interested
to show manufacturers what benefits can be achieved. We know we have not yet uncovered all
the benefits that Carbodeon nanodiamonds can deliver, and are always excited by engaging
with customers to investigate new challenges."
Editor's note: Further information on this technology is available on request.
About Carbodeon Ltd
Carbodeon supplies super hard materials for applications where toughness is at a
premium. Its patented technologies offer superior opportunities to several fields of
business. Its grades of Ultra-Dispersed Diamonds -- also known as NanoDiamonds - possess
the desired properties fine-tuned for a growing number of dedicated applications. These
grades are sold under the name uDiamond(R). Similarly, the company's Nicanite(R) graphitic
carbon nitride can be converted to carbon nitride thin-film coatings with unique
properties. http://www.carbodeon.com
Contacts:
Asko Vehanen - asko.vehanen@carbodeon.com
Munehiro Mori - mori@arbrown.com, mobile phone +81-90-2157-2924
Photo:
http://photos.prnewswire.com/prnh/20131031/648818
Photo:http://photos.prnewswire.com/prnh/20131031/648818
http://photoarchive.ap.org/
Carbodeon
Carbodeon Thermally-Conductive Polymer Gives 25 Percent Performance Increase
VANTAA, Finland, October 31, 2013 /PRNewswire/ --
Nanodiamonds in minute quantities exploit diamond properties while keeping costs low
for electronics and LED applications
Carbodeon has developed a thermal filler using nanodiamonds that increases the
conductivity of thermally conductive polymers by 25 percent, providing significant
performance increases for polymers used in electronics and LED manufacture.
(Photo:
http://photos.prnewswire.com/prnh/20131031/648818 )
Starting with a polyamide 66 (PA66) reference material containing 45 percent by weight
of boron nitride as the thermal filler, Carbodeon created a new material using 44.9
percent boron nitride and 0.1% of its uDiamond(R) nanodiamond powder. The thermal
conductivity of the PA66 increased by 25 percent, averaged across all planes.
The increase in thermal conductivity is achieved without affecting the electrical
insulation or other mechanical properties of the material, making it an ideal choice for a
wide range of electronics and LED applications.
Carbodeon CTO Vesa Myllymaki said: "The performance improvements achieved by this
filler are derived from the extremely high thermal conductivity of diamond, at around 2000
W/mK. The key development made by Carbodeon is to tune the surface chemistry of the
diamond particles and mixing process to develop a nano-composite in which the diamond is
very well interfaced to the polymer molecules."
The active surface chemistry inherent in detonation-synthesised nanodiamonds has
historically presented difficulties in application of these promising 4-6 nm particles,
making them prone to agglomeration. Carbodeon tunes that surface chemistry so that the
particles are driven to disperse and to become consistently integrated throughout parent
materials, especially polymers. The much-promised properties of diamond can thus be
imparted to other materials with very low, and hence economic, concentrations.
Myllymaki added: "Through Carbodeon technology, really effective improvements to
several physical properties can be made with the addition of small quantities of
nanodiamond. We are developing a range of customer applications and are always interested
to show manufacturers what benefits can be achieved. We know we have not yet uncovered all
the benefits that Carbodeon nanodiamonds can deliver, and are always excited by engaging
with customers to investigate new challenges."
Editor's note: Further information on this technology is available on request.
About Carbodeon Ltd
Carbodeon supplies super hard materials for applications where toughness is at a
premium. Its patented technologies offer superior opportunities to several fields of
business. Its grades of Ultra-Dispersed Diamonds -- also known as NanoDiamonds - possess
the desired properties fine-tuned for a growing number of dedicated applications. These
grades are sold under the name uDiamond(R). Similarly, the company's Nicanite(R) graphitic
carbon nitride can be converted to carbon nitride thin-film coatings with unique
properties. http://www.carbodeon.com
Contacts:
Asko Vehanen - asko.vehanen@carbodeon.com
Munehiro Mori - mori@arbrown.com, mobile phone +81-90-2157-2924
Photo:
http://photos.prnewswire.com/prnh/20131031/648818
Photo:http://photos.prnewswire.com/prnh/20131031/648818
http://photoarchive.ap.org/
Carbodeon