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Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
Press-in-Place Seals | Tech Seal Division Parker Hannifin
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Press-in-Place Seals | Tech Seal Division Parker Hannifin

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This presentation explains what Press-in-place seals are, some common applications, the unique seal challenges that those applications pose, how the seal works, and a little more about Parker's Tech …

This presentation explains what Press-in-place seals are, some common applications, the unique seal challenges that those applications pose, how the seal works, and a little more about Parker's Tech Seal Division that designs and manufactures these seals. http://parker.com/techseal

Published in: Technology, Business
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Transcript

  • 1. February 21, 2014 Press-in-Place Seals For Automotive Applications
  • 2. Outline • Press-in-place seals descriptions • Common applications • Application challenges • Sealing mechanics • Finite Element Analysis simulation • About the manufacturer • Application and technical support 2
  • 3. About Press-in-place Seals 3 Static face seals Rectangular cross section Self-retaining features
  • 4. Common Applications 4 • Automotive and heavy duty industries • Static applications where seals are located on the face of the component
  • 5. Application Challenges 5 • Surface imperfections in cast grooves create potential leak paths for fluid or dirt Imperfections on cast metal surface Cast grooves are typically used in automotive and heavy duty industries. Due to the nature of casting process, cast grooves usually have porosities on the metal surface.
  • 6. Sealing Mechanics 6 • Rectangular geometry o Provides large sealing contact area o Compensates for surface imperfections in cast grooves Uncompressed Compressed
  • 7. Sealing Mechanics 7 • Rectangular geometry o Dimensions can be customized independently o Optimally designed for shallow or deep grooves Shallow groove Deep groove
  • 8. Finite Element Analysis 8 • Self-retaining features: ribs, nibs, bumps, etc. o Create interference between the groove wall and the seal Finite Element Analysis Simulation
  • 9. Finite Element Analysis 9 Finite Element Analysis Animation
  • 10. About the manufacturer 10 • Parker’s TechSeal Division extrudes and precision cuts the press-in-place seals o Design flexibility o No flash / voids / parting lines
  • 11. More Information 11 TSD 5434 http://bit.ly/pipseal
  • 12. More Information 12 TSD 5438 http://bit.ly/sqrseal
  • 13. 13 Parker’s Tech Seal Division 3025 West Croft Circle Spartanburg, SC 29302 Phone: 864-515-6058 Email: tsdmarketing@parker.com Web site: parker.com/techseal

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