- The four lobed design provides twice the sealing surface of a standard O-Ring.
- Because of the double-sealing action, less squeeze is required to maintain an effective seal. The reduction in squeeze means less friction and wear which will increase seal life and lower maintenance costs.
- Unlike an O-Ring where the parting line is found on the sealing surface, the X-Ring seals' parting line is located between the lobes away from the sealing surface.
- The four-lobed configuration of the X-Ring resists distortion called "Spiral Twist" that is sometimes encountered by an O-Ring.
- The grooves on the inside and outside diameter of the X-Ring retain lubricant thereby lowering friction and extending packing life.
- The X-Ring fits into grooves designed for and O-Ring so there should be limited problems retrofitting the seal
C/S (inches) |
N/A 0.070 |
C/S Tolerance (±) |
N/A 0.003 |
I.D. (inches) |
N/A 0.101 |
I.D. Tolerance (±) |
N/A 0.005 |
O.D. (REF) (inches) |
N/A 0.241 |
Nominal C/S (inches) |
N/A 1/16 |
Nominal I.D. (inches) |
N/A 7/64 |
Nominal O.D. (inches) |
N/A 15/64 |
