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Oil seals

Oil seals are manufactured to DIN/ISO 3761 standards, with installation conditions as outlined in DIN/ISO 3760.

Oil seal function
Oil seals are one of the most commonly used seals for dynamic sealing tasks. Oil seals are generally used to prevent oil from leaking in rotating applications, but can also be used in special circumstances to seal against leakage of other liquids, gases, powders and granules.

To ensure that the oil seal is given optimum working conditions, thus prolonging its service life as much as possible, it is important that the shaft surface complies with the recommended limits. To seal ball bearings and gears and to prevent leakage of lubricant and gases or ingress of dirt and dust, it is also crucial that the oil seal is designed correctly and made of suitable material.

Sealing principle
The area between the sealing lip and shaft is a critical part of oil seal design. The oil seal is pressed into a bearing housing, providing the required interference between the housing and the outer surface of the seal. The oil seal is thus prevented from rotating and forms a static seal. The sealing lip is equipped with a garter spring, which presses the lip against the shaft with a well-defined pressure, optimising sealing efficiency and durability.

A thin film of fluid is formed between the sealing edge and shaft. Due to capillary force and the surface topography of the shaft, the fluid being sealed forms a meniscus under the sealing lip and is thus prevented from leaking.

 

Applikationer

Aksel
Blender og mixer
Fødevare
Maskine
Olietætning
Procesudstyr
Rotoraksel

Kvalitet (QA) og prekvalifikasjon

ISO 9001:2008
JQS Achilles (Oil & Gas)
Sellihca (Utillities)

Råvarer

Fluoronated Hydrocarbon | FPM

Weather resistance (relative)
Excellent
Ozone resistance (relative)
Excellent
Oil resistance (relative)
Excellent
Water resistance (relative)
Excellent
Wapor resistance (relative)
Good
Acids resistance (relative)
Excellent
Bases resistance (relative)
Average
Gas permeability (relative)
Average
Tensile strength (relative)
Limited
Max. Operating temperature (Celsius)
220
Min. Operating temperature (Celsius)
-46
Hardness, from (shore A)
50
Hardness, to (shore A)
95
Hardness, from (shore D)
0
Hardness, to (shore D)
0
Elongation (relative)
Limited
Compression set (relative)
Excellent
Vibration damping (relative)
Excellent
Abrasion resistance (relative)
Middel

Vinyl Methyl Silicone | VMQ

Weather resistance (relative)
Excellent
Ozone resistance (relative)
Excellent
Oil resistance (relative)
Average
Water resistance (relative)
Good
Wapor resistance (relative)
Average
Acids resistance (relative)
Good
Bases resistance (relative)
Average
Gas permeability (relative)
Limited
Max. Operating temperature (Celsius)
0
Min. Operating temperature (Celsius)
250
Hardness, from (shore A)
-70
Hardness, to (shore A)
0
Hardness, from (shore D)
0
Hardness, to (shore D)
0
Vibration damping (relative)
Limited
Abrasion resistance (relative)
Begrænset

Vi er her for å hjelpe deg

Ann Sørensen

Ann Sørensen

Henning Thunheim

Henning Thunheim

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