Spring Energizer Seals

Model	Type	Material	Details	Spring Series
V	Cantilever	SS 301	The V-spring also commonly known as cantilever spring loaded in V shape cavity of Teflon seal jacket. The spring load acts on the ID & OD of seal Lips to form positive sealing contact points.	V100 V200 V300 V400 V500
C	Canted Coil	SS 301	The V-spring also commonly known as cantilever spring loaded in V shape cavity of Teflon seal jacket. The spring load acts on the ID & OD of seal Lips to form positive sealing contact points.	C100 C200 C300 C400
H	Helical	SS 301	The H-spring also commonly known as helical spring loaded radially seal jacket, mostly use in static application where high unit load is acceptable such as static face seals.	H000 H100 H200 H300 H400 H500
V-SL	Cantilever with Silicon gel filled cavity	SS 301 + Silicon gel	The V-spring loaded seals filled with silicone gel encapsulate the spring cavity, preventing entrapment of contaminants in the seal. Use in food applications to avoid the contact of media with spring metal. This design also work well in applications involving mud, slurries or adhesives to keep grit from packing into seal cavity and resist the spring action.	V100 V200 V300 V400 V500
	Garter	SS	Garter Springs are use in all types of general rotary shaft seal. Provides constant tension of sealing lip on shaft diameter.	Available coil dia from 1, 1.5, 2, 2.5, 3, 3.5, 4, 4.5, 5
	Finger + Garter	SS	Combination of Finger and garter springs gives excellent force on the seal lip in heavy duty application. Also it keeps sealing lip in constant contact with shaft in case have any eccentric movement.	As per seal size
OR	O-Ring	NBR FKM HNBR	The O-ring loaded seals are use in very low duty applications where friction and wear are primary concerns. It is not recommended because of the temperature limits and chemical compatibility with elastomeric O-rings.
QR	QR	NBR FKM HNBR	The Quad Ring loaded seals are use in very medium duty applications where friction and wear are primary concerns. It is not recommended because of the temperature limits and chemical compatibility with elastomeric quad rings.