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Operating Conditions
The AmeriSeal high performance seal has a temperature range from cryogenic to 2000 oF at pressures from 1x10-10 Torr to 100,000 PSI. These seals are normally not affected by corrosion, radiation or other adverse environmental conditions, provided the seal material is compatible with the medium.

Seal Design Concept
The AmeriSeal high performance seal is a self and pressure activated design. When the seal is compressed to a predetermined deflection, sealing stresses are generated by the resilient jacket and spring. Additional seal energization is achieved when system pressure is introduced, increasing seal loading. Unless otherwise engineered, the system pressure is applied to the open side of the seal.

High Performance Metallic Seal Types

  • Internal pressure
  • External pressure
  • Axial pressure  

    • AmeriSeal high performance seals use the compression of the mating hardware contact surfaces, and the system pressure or vacuum to provide an effective metal to metal leak proof seal. AmeriSeal utilizes high temperature alloys for both jacket and springs. The proper combination of the base materials and surface coatings make it possible to seal practically any fluid at extreme temperatures and pressures without deterioration over extended periods of time.

    AmeriSeal high performance seals provide superior performance for most internal, external and axial applications such as:Low pressure - ultra high vacuum

  • High pressure to 100,000 PSIGLow temperature to -423oF
  • High temperature to + 2000oF

    Because of these capabilities, AmeriSeal high performance seals are widely used in critical and demanding applications including:

  • Missile and space systems
  • Jet engines, controls, and instruments
  • High temperature aircraft systems
  • Nuclear reactor and waste containment systems
  • Diesel engines
  • Chemical, petro-chemical processing systems  
    • Dynamic applications
    AmeriSeal high performance seals are ideal metallic seals for limited reciprocating and rotating motion, involving fluids and gasses with system pressures up to 30,000 PSI, cryogenic to high temperatures. The seal design and the unique forming and fabricating process provides a metal seal that maintains contact with the dynamic sealing surfaces. The energizing spring exerts uniform pressure on the jacket and keeps a pre-set load on the seals. This unique design requires moderate sliding force, which can be adjusted to prevent seal deterioration and surface damage in dry or poorly lubricated applications.

    Design Considerations for Non-Circular Shapes
    AmeriSeal high performance seal are made in circular and non-circular configurations. The non-circular shapes in most cases require special tooling. There is also a very important relationship between the free height and the corner radii on these seals. Some of the non-circular shapes we are currently producing are as follows:

  • Square
  • Rectangular
  • Oval
  • Racetrack  
    • Spring Energizeds are commonly used in the following industries.
     
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