EP 2001

 

Engineering Plastics 2001 was held on 6 - 7 February, 2001, in Copenhagen, Denmark. The total number of participants was 75. Please click the links below for details of the participating companies.

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List of Papers Presented (in order of appearance)

 

Integrated Compounding - The Third Method for Special Polymers

Simone Di Sora; Aquafil Special Polimers Srl, Ceriano, Italy

  • PA market in Europe - a crowded scenario.
  • Producers and compounders - two different roles in two different markets.
  • Special polymers - an integrated compounder.
  • The new challenge of recycling - what is the best option?
New Polyamides (PA) for Automotive Applications

Detlev Joachimi; Bayer AG, Krefeld, Germany.

  • Stabilisation of PA6 and P66 for automotive applications.
  • Polyamide grades with improved weldability.
  • PA6 grades for blow moulding applications.
  • Blow mouldable PA66 for the cooling system.
Polyftalamid (PPA) in Automotive Applications

Reinhard Fürst; EMS Chemie AG, Domat/ Ems, Switzerland.

  • Product description.
  • Properties in comparison to other engineering thermoplastics and positioning.
  • Die-cast replacement.
  • PPA in automotive media.
  • Product assortment and processing.
High Performance Supertough and Toughened Polyamide Resins

Glen Barber; DuPont UK, Hemel Hempstead, United Kingdom

  • Overview and positioning of "Zytel" ST family variants.
  • Benefits versus alternative "high impact" engineering polymers such as polycarbonate.
  • New variants with productivity benefits.
  • Application areas.
PA 12 in Fuel Systems

Hans Ries; Degussa Hüls AG, Marl, Germany

  • Environmental legislation for fuel systems.
  • Multi-layer tubing: established and new constructions.
  • corrugated tubing.
  • connectors and filler necks.
  • Mechanical and physical properties.
Polyoxxymethylene (POM) - A Surprisingly Versatile Engineering Thermoplastic

Frank Reuter; Ticona GmbH, Frankfurt/ Main, Germany

  • Applications and requirements.
  • New product developments.
  • New processes, eg two-component technology with POM.
Co-Polyesters: A Clear Alternative

Ludovic Gardet; Eastman Chemicals BV, Liverpool, United Kingdom

  • DuraStar - a new generation of copolyesters.
  • High temperature polyester.
  • Thermx - PCT automotive grades.
  • Thermx - LPC.
Breakthrough in Polyprenylenesulphide (PPS) Technology: New PPS Grades for Injection Moulding and Extrusion

Walter Geerts; Ryton, Kallo, Belgium

  • PPS: properties and markets.
  • A high flow PPS alloy for the electric/ electronic market.
  • Impact modified PPS for automotives.
  • Pioneering PPS technology for extrusion applications.
Electrically conductive Engineering Plastics for EMI Shielding

Tapani Pöytäniemi; Premix OY, Finland.

  • Modified PPE Compounds for injection moulding and extrusion.
  • high heat resistant conductive compounds.
  • Static dissipative engineering grades for packaging purposes.
  • highly conductive TPE for EMI-shielding.
A Cross-Linkable Polyethylene

Mike Rogerson; Micropol Limited, Cheshire, United Kingdom

  • What is cross-linkable polyethylene and why to use it.
  • What useful properties does crosslinking polyethylene give?
  • Methods of crosslinking polyethylene.
  • Applications of crosslinked polyethylene.
Enhanced Powder Coating Opportunities with PEEK-Coat

Geoff Small; Victrex Europa GmbH, Surrey, United Kingdom

  • What is PEEK-coat?
  • Where can PEEK-Coat be used?
  • Application methods - electrostatic spraying, fluidised bed, thermal spray, HVOF, flame spraying, plasma spraying and dispersion coating.
  • Applications and results.
Vibration Welding of Polyamides

Jeroen Crevecoeur; DSM Research, Geleen, The Netherlands.

  • Comparison of welding techniques.
  • Mechanism of vibration welding.
  • Development of glass fibres reinforced polyamide 6 (30wt% GFR - PA6) with improved weldability.
  • Current and potential applications.
Laser Marking on Engineering Plastics

Claudio Cataldo; LATI-Industria Termoplastici SpA, Vedano Olano, Italy

  • Laser marking techniques.
  • Parameters and effects on plastics.
  • Laser markability of thermoplastics and additives influence.
  • Results on different formulations.
Non-Galvanic Metallisation of Thin Shells and Small Parts for EMI Shielding

Jens William Larsen; Polyteknik ApS, Østervrå, Denmark

  • Process description.
  • Typical coatings and applications in the telecoms, automotive and medical industries.
  • Possibilities with partial coatings.
  • Adhesion to different types of thermoplasts.
  • Moulding, handling and packaging of parts for vacuum coating.
Thermoplastics - Structural Properties as Studied by Rheology and Scattering

Kell Mortensen; Risø National Laboratory, Roskilde, Denmark

  • Small angle scattering.
  • Thermoplastic elastomers.
  • Micellar networks.
  • Response to shear and elongation.
A Computer Programme to Optimise Your Injection Moulding

Ulf Bruder; DuPont Sverige AB, Bankeryd, Sweden

  • Interactive moulding guide.
  • Moulding data analysis.
  • Information about mould and cylinder design, processing and procedures.
  • Defect identification and trouble-shooting guide.
New Manufacturing Methods for Refrigerator Doors

Tomas Forss; Electrolux Home Products, Stockholm, Sweden

  • Current manufacturing methods.
  • New manufacturing methods - blow moulding and injection moulding.
  • Development of blow moulded door prototype - design, materials, manufacturing and performance.
  • Future trends.
Styrenic Copolymers in High Performance Applications

Norbert Niessner; BASF AG, Ludwigshafen, Germany

  • ASA properties and applications.
  • ABS/PA High growth material with extraordinary properties.