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Group 81xx

ESKATRON 81xx

PPS is a thermoplastic, partially crystalline high-performance polymer which is characterised by high temperature resistance, outstanding chemical stability as well as by excellent mechanical rigidity.

This makes PPS an ideal candidate where pressure and temperature meet in a distinct form.

ESKATRON - Gruppe 81xx

ESKATRON Group 81xx

Properties

Constant temperature resistance up to 240 °C (dependent on the mechanical load)

Brief temperature resistance up to 260 °C

High pressure resistance (also at lower content of fillers)

Very good resistance to chemicals (except for strong acids and alkalis)

Very good mechanical properties (high rigidity)

High creep resistance, also in case of heavy pressure loads

Very good dimensional stability

Good electronic insulator

Very high purity

High resistance to wear and tear (for special tribologically optimised recipes)

Diameter up to 1,200 mm possible in special cases

Selected materials

Due to the use of a special manufacturing process, the STASSKOL high-performance polymers have outstanding properties.
Material Additives Properties
ESKATRON 8101
Carbon fibres, PTFE, graphite
High resistance to wear and tear, high mechanical rigidity
ESKATRON 8102
Carbon fibres, PTFE, graphite
Very high resistance to wear due to higher filler content
ESKATRON 8114
Glass fibres
Glass fibre-reinforced material for high mechanical loads
ESKATRON Gruppe 81xx
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

PPS is a thermoplastic, partially crystalline high-performance polymer which is characterised by high temperature resistance, outstanding chemical stability as well as by excellent mechanical rigidity. This makes PPS an ideal candidate where pressure and temperature meet in a distinct form.

  • Electrotechnology

  • Mechanical Engineering

  • Automotive Engineering

  • Chemical Plants

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.