SKF Nitrile Rubber (NBR) Radial Shaft Seal, 60 mm ID, 72 mm OD, 8 mm

Subtotal (1 pack of 10 units)*

€30.68

(exc. VAT)

€37.74

(inc. VAT)

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1 +€30.68€3.068

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RS Stock No.:
267-3752
Mfr. Part No.:
60X72X8 HMS5 RG
Manufacturer:
SKF
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Brand

SKF

Inside Diameter

60mm

Product Type

Radial Shaft Seal

Outside Diameter

72mm

Seal Type

Rotary Shaft Seal

Thickness

8mm

Seal Material

Nitrile Rubber (NBR)

COO (Country of Origin):
CN

SKF Radial Shaft Seal, 60mm Inside Diameter, 8mm Thickness - 60X72X8 HMS5 RG


This radial shaft seal provides a sealing solution for rotating shafts, preventing fluid leakage and excluding contaminants in rotating assemblies. It is manufactured from nitrile rubber to provide compatibility with common oils and offers a Compact cross-section for use in confined housings. The component is intended for installation around shafts where a rotary sealing element is required.

Features and Benefits:


• Nitrile rubber material resists common petroleum-based oils
• Rotary configuration supports continuous shaft rotation
• 8mm thickness offers stable axial sealing pressure
• Designed to maintain lip contact under dynamic operation
• Withstands standard operating temperatures for NBR compounds

Applications


• Suitable for gearboxes in light industrial machinery
• Ideal for axle housings in small vehicles
• Used with pump shafts requiring oil retention
• Can be used for rotary Seals in hydraulic motors
• Suitable for maintenance replacements in transmission assemblies

What material properties affect compatibility with lubricants?


The elastomer is nitrile rubber, which provides resistance to many petroleum-based oils and greases and influences swell and hardness under exposure.

How should the component be fitted to avoid leakage?


Ensure correct radial press fit on the shaft and clean mating surfaces so the sealing lip seats evenly without distortion.

What should be checked during routine inspection?


Inspect the sealing lip for wear or hardening and check for extrusion or nicks on the inner diameter that could compromise sealing.

How does the seal behave under continuous rotation?


The lip geometry maintains contact with the rotating surface to control fluid escape while accommodating typical shaft runout and rotation speeds.

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