FULLCYCLEENGINEERINGCOMPANY

Heat-conductivePolymerComposites

More about polymers

This is LED-lamp...

LED

What is the problem?

There is no expediency to use aluminum radiators as heat-dissipating elements:

  • #inefficiently
  • #not profitable
  • #unattractive
Лампа

There is a decision

We have developed a recipe processing techniques to create heat-conductive polymer composites with the necessary properties you need. These materials solve the problem of increasing the efficiency of products and reduce their cost.

Products of heat conductive polymer composites have...

  • exact and complex 3D design
  • light construction
  • environmental friendliness and cost-effectiveness
  • resistance to aggressive environment
  • high strength
  • low cost price

Heat conductive polymer composites are different from metals by...

  • optimum thermal conductivity characteristics
  • high production efficiency
  • high processability

Our materials

There are 9 versions of our heat conductive polymer composites*. These materials make it possible to create products of any complexity: from radiators of LED-lamps to unique design lights

Indicator Glass-fiber reinforced Polyamide PETK-9/150 TKV-5/200 PETK-11/200 PETK-15/300 Aluminum alloys
Thermal Conductivity, W/(m*K) 0,3 1,8 2,4 4,5 9,0** 220
Density, g/cm3 1,4 1,4 1,5 2,3 2,3 2,7
Processability (Melt Flow Index, g/10min) 6,5 1,5 2,0 2,0 0,5 -
Colorability + + + + +/−
Charpy Impact Strength not notched, KJ/m2 25 9 30 31 10 +
Resistance to aggressive environments + + + + +
Tension at break, MPa 120 88 65 60 45 100
Tension at break, MPa 2,5 2,9 2,2 2,1 1,7 5,0
Water resistance +/− +/− +/− +/− +/− +
Hydrophoby +/− +/− +/− +/− +/−
Antistatic + + + + +

* Table presents 4 polymers developed by A.A.C.Polymer: PETK-9/150, TKV-5/200, PETK-11/200, PETK-15/300

** Specially oriented sample

(+) - achievement of high indexes;
(+/−) - the ability to achieve high indicators;
(−) - achievement of high indexes is not possible.

Our team

kosenov
ANDREW KOSENOV, CEO 
More than 15 years experience. He participated in projects of the creation of "Regional Center of engineering of biotechnology of the Republic of Tatarstan" and the Engineering Center "Polymer composite materials and technologies" based on VSTU. In total there are more than 28 projects in different sectors and at different stages (from greenfield stage to large holdings restructuring) has successfully implemented.
gaidadin
ALEKSEY GAIDADIN, CTO
More than 30 years experience in science and technology. Winner of the Hero-City Volgograd Prize in science and technology. He participated in projects of oil refining equipment and fire-retardant coating production.
safronov
SERGEY SAFRONOV, CVO
9 years experience in the scientific and technical sphere. The winner of the "Young Entrepreneur of the Volgograd Region 2014" contest and the START program. He participated in the project of thermoplastic elastomers designing which are resistant to aggressive external environment.
borisanova
YANA BORISANOVA, COO
Masters in Management with specialisation in Innovative Management. Holder of Gran-Pri competition "Innovative potential of youth", winner of international James Dyson Award. During 5 years of experience have been working as a project manager in more than 26 scientific and technical projects.
kireeva
ANASTASIYA KIREEVA, CMO
Masters in Management with specialization in "Managing innovations projects". Have more than 5 years working experience in the area marketing analytics and communications. Took part in development and foundation of the projects different scales up to industrial enterprises with more than 1 billion rubles.

Contacts

CEO: Andrew Kosenov
+7 905 433-11-11
kosenov@aacpolymers.com