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Group 94xx

ESKASINT 94xx

Polyimides are characterised by their constant use temperature of between -200 °C and +280 °C.
It is even briefly possible to realise up to 400 °C during application. This naturally also poses special challenges for processing the material.
ESKASINT94xx

ESKASINT Group 94xx

Properties

Extremely high dimensional stability under hot conditions (up to 240 °C) in constant use

High heat resistance up to 350 °C (HDT/A)

Low friction coefficient and high resistance to wear and tear under extreme conditions

Excellent radiation & plasma resistance

Excellent thermal and electrical insulation

Low thermal conductivity

Constant thermal expansion coefficient and low cold flow

Special recipes possible for customers (including die casting-capable compounds)

Good processability (machining)

Good resistance to chemicals

Selected materials

Due to the use of a special manufacturing process, the STASSKOL high-performance polymers have outstanding properties.
Material Additives Properties
ESKASINT 9410
Graphite
Low wear and tear Good mechanical properties, suitable for high temperatures
ESKASINT 9421
Carbon fibre
Good flexibility with high resistance
ESKASINT 9433
PTFE
Good mechanical stability, high elongation at break, compliant with food industry standards
ESKASINT 9451
Molybdenum sulphide
Low friction, low wear and tear
STASSKOL uses its own, worldwide unique test equipment for the development of its materials. The testing facility and in-house material manufacturing make it possible to develop individual polymers specifically tailored to the customer’s application within a very short period.

Industries & Applications

Polyimides are characterised by their constant use temperature of between -200 °C and +280 °C. It is even briefly possible to realise up to 400 °C during application. This naturally also poses special challenges for processing the material.
  • Aviation and Space

  • Vehicle Manufacturing

  • Vacuum Technology

  • Electronics Industry

  • Generators/Engines

  • Pumps and Compressors

  • Mechanical Engineering

  • Food Industry

The material makes the difference

Tensile strength, wear rates, surface resistance and thermal expansion coefficients, these are all performance indicators which can be influenced decisively by using optimum material. That is why STASSKOL has carried out intense research and developments in the field of high-performance polymers for several decades and does so successfully.

Customer Feedback

Extract from our customer survey “Global Brand Survey 10/2021
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100 years STASSKOL

We are happy to advise you

For technical and commercial enquiries, the staff of STASSKOL GmbH will of course be happy to assist you.
Julian Große-Segerath

Julian Große-Segerath

Germany, Austria, Switzerland

  • High-Performance Polymers

Anfrage

Wir beraten Sie gern bei der Auswahl des optimalen Hochleistungskunststoffes für Ihre spezielle Anwendung.