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Development and production of POLYMERS

Alternative to commonly used metals

FOR MORE INFORMATION

IngSolution s.r.o. is a Czech company providing comprehensive services for the development and production of polymers

We offer tailor-made solutions for all stages of the production process, from development to implementation into the customer's final product.

Our services primarily include the development and production of polymers. We are experts who can help you select the right polymers and polymer-based technical solutions for your applications and develop new materials with the required properties.

IngSolution s.r.o. je česká společnost poskytující komplexní služby vývoje a výroby polymerů
Kdo je IngSolution?

Who is IngSolution?

Our company is made up of a team of experts in physics, chemistry, advanced materials and manufacturing processes.

Our goal is to help our customers improve their production processes, innovate, create savings and achieve higher profits.

Examples of our projects

Cooperation with the company BAUMÜLLER Brno s.r.o. on the use of thermally conductive polymers in electric motors.

Project "IngSolution s.r.o. - Production of thermally conductive polymers from recycled materials" was supported by the South Moravian Innovation Agency within the grant program "Prototype and Verify 2022".

Team IngSolution

Lukáš Ingr, MBA

Lukáš Ingr, MBA

Co-Founder, CEO, Managing Director

He graduated from an industrial school and began his career as a technologist in engineering production. He progressed through the positions of Technology Manager, Project Manager and finally to Production Manager. He gained experience in multinational concerns as well as in medium-sized Czech companies. In 2020 he successfully passed the international certification IPMA level C for project management and MBA in strategic management of companies.
Mgr. et. Mgr. Matěj Búřil

Mgr. et. Mgr. Matěj Búřil

Co-Founder, CFO, Managing Director

He holds a Master's degree from the Faculty of Law of Masaryk University and a Master's degree in Political Science from the Faculty of Social Studies of the same university. From the beginning of his career he worked as an in-house corporate lawyer and legal counsel first in the food industry and then in the healthcare industry, including senior and middle management positions. He is currently working in the field of technology transfer and commercialization of intellectual property, including the promotion of entrepreneurship and start-up ecosystems.
Mgr. Tomáš Ingr

Mgr. Tomáš Ingr

Co-Founder, CTO

After obtaining a master's degree in nanotechnology at the Faculty of Science of Palacký University in Olomouc, he continued his scientific work at his alma mater, specializing in microscopic techniques and nanomaterials. During his internships at the CAS and the FLNR at the Joint Institute for Nuclear Research in Dubna near Moscow, he gained experience in research and development of new technologies and materials. He has also published and presented the results of collaborations in wide-ranging areas of research at various international conferences.

Special polymers

Polymers are one of the most important groups of materials in the modern world. They are used in a wide range of applications such as automotive, aerospace, construction, electronics and many others.

THECON
Thermally conductive polymer

Alternative to commonly used metals

Thecon is a thermally conductive polymer with simple processing based on the principle of mixing two liquid components, primarily designed for industrial processing.

Thecon is used for the thermally conductive connection of water cooling circuits with thermally stressed parts. The cured material is easy to machine and has no disadvantages compared to metals with cold joints.

THECON - tepelně vodivý polymer

Properties of THECON

Vlastnosti THECON
  • State:
    Liquid to mushy (solid after curing)
  • Base color:
    Grey to black
  • Operating temperature:
    < 100 °C
  • Decomposition temperature:
    > 380 °C
  • Density:
    1,5–2 g/cm3
  • Thermal conductivity:
    50–70 W/mK
  • Curing temperature:
    20 °C
  • Curing time:
    24–48 h (depending on the environment)
  • Accelerated curing temperature:
    50–60 °C
  • Accelerated curing time:
    60 min (when material is fully heated)
The material is health-safe and no special processing conditions are required.
The properties of THECON can be modified to a certain extent according to customer requirements.

The 3-step processing

  • Step 1:
    Mixing the two liquid components into one homogeneous liquid/mash
  • Step 2:
    Appling the polymer to the desired area
  • Step 3:
    Curing at room temperature or accelerated at higher temperatures
Vlastnosti výsledného materiálu

Examples of potential savings when using THECON

  • CO2 PRODUCED IN THE PRODUCTION OF THE REQUIRED ENERGY

    CO2 PRODUCED IN THE PRODUCTION OF THE REQUIRED ENERGY

  • ELECTRICITY COSTS

    ELECTRICITY COSTS

  • PRICE DEVELOPMENT IN %

    PRICE DEVELOPMENT IN %

  • ANNUAL COST OF PURCHASING MATERIALS

    ANNUAL COST OF PURCHASING MATERIALS

    Comprehensive production process services

    We offer the following services in the field of polymer development, production and implementation:
    • CONSULTATION:
      We analyze the requirements for your applications and design solutions that meet your needs.
    • DEVELOPMENT OF NEW MATERIALS:
      We develop new polymer materials with desired properties such as thermal conductivity, magnetism and others.
    • PRODUCTION OF POLYMER MATERIALS:
      We provide production and supply of special polymers. We use the most modern technology and equipment for the development and production of polymers. This allows us to create high quality polymer materials with the required properties.
    Komplexní služby výrobního procesu
    Vlastnosti výsledného materiálu

    Examples of realizations

    Use of thermally conductive polymer in cooling circuits of electric motors.

    Use in battery assemblies as part of a cooling circuit.

    Use in battery assemblies as a safety feature.

    Use as a cooling and coupling medium in electronics.

    Use of secondary raw materials and processed waste for polymer production.