JETSEAL RESILIENT METALLIC SEALS

JETSEAL resilient metallic seals comprise a complete selection of cross-sections, capable of satisfying a vast variety of sealing applications.

Whether your project needs seals for high-pressure or deep-vacuum, cryogenics or extremely high temperatures, large deflections or light loadings, JETSEAL can design a seal to meet your sealing system requirements.
 
C-Seals
C-Seals are the most frequently used resilient metal seal profile in demanding sealing system applications worldwide. JETSEAL’s C-Seals are designed to ensure continuous sealing contact and appropriate sealing line loads to ensure that optimum sealing performance is consistently obtained. These seals may be plated to further reduce leak rates with a defect-free ductile material. C-Seals concentrate a substantial load on the sealing contact area to force plating material into the surface finish grooves on the cavity surface forming a solid barrier to gasses and liquids.

E-Seals
E-Seals are used in many aerospace and ground power sealing systems requiring high-performance when sealing hot high-pressure gasses. JETSEAL’s E-Seals are effective high deflection seals designed for low to moderate force conditions with high spring back. Current applications include usage in high cyclic deflection, extreme temperature, and moderate pressure environments. These seals may be plated to further reduce leak rates with a defect-free ductile material. E-Seals concentrate a substantial load on the sealing contact area to force plating material into the surface finish grooves on the cavity surface forming a solid barrier to gasses and liquids.

Lever-Seals
JETSEAL is on the cutting edge of sealing technology with the uniquely designed and patented Lever Seal. This seal can be used in any application where enhanced spring back and excessive flange movement or flange distortion handling is needed. Regardless the requirement, the Lever Seal will outperform any other seal at a competitive cost. The Lever Seal is superior to other “high deflection” seals available. Due to its unique stress-distributing design, the Lever Seal can handle three times the flange movement of a single-ply standard E-seal with the same sealing capability. This makes it a good choice where thermal relaxation is a factor. Additionally, the Lever Seal meets both AS1895/7 and AS1895/23 E-Seal standards requirements. Available to fit any manufacturer’s E-Seal cavity, JETSEAL’s Lever Seal comes in all common materials, including alloys 718, X-750, Elgiloy and Waspaloy. The Lever Seal’s cost is only marginally higher than that of standard E-Seals, and considerably lower than that of any other highly resilient seal.

V-Seals
V-Seals are an effective metallic seal for demanding applications. JETSEAL’s V-Seals combine the advantages of a compact profile, low leak rate, and high-pressure capability into a high-performance low deflection seal. JETSEAL provides a carefully controlled variable seal wall thickness and a knife-edge seal contact area for a low leak rate. V-Seals are designed to maximize spring back and to optimize the sealing contact force to accommodate different cavity materials. V-Seals are lapped on both sealing faces to a high degree of flatness creating a low leak rate seal. To further reduce leakage rates, these seals may be plated with a defect-free ductile material. V-Seals concentrate a substantial load on the sealing contact area to force plating material into the surface finish grooves on the cavity surface forming a solid barrier to gasses and liquids.

Omega-Seals
Omega Seals provide the lowest leak rate for sealing applications that require high-pressure or deep vacuum. JETSEAL’s Omega Seals are currently used in demanding applications for rocket and gas turbine engines. These seals have virtually zero-leakage and feature a clean simple design. Omega Seals are lapped on both sealing faces to a high degree of flatness creating a low leak rate sealing system. To further reduce leakage rates, these seals may be plated with a defect-free ductile material. Omega Seals concentrate a substantial load on the sealing contact area to force plating material into the surface finish grooves on the cavity surface forming a solid barrier to gasses and liquids.