SKF Seal, 10mm ID, 20mm OD, 6mm

Subtotaal (1 verpakking van 10 eenheden)*

€ 9,13

(excl. BTW)

€ 11,05

(incl. BTW)

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  • Verzending vanaf 06 februari 2026
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RS-stocknr.:
266-8809
Fabrikantnummer:
10X20X6 HMS5 RG
Fabrikant:
SKF
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Merk

SKF

Inside Diameter

10mm

Outside Diameter

20mm

Seal Type

Rotary Shaft Seal

Thickness

6mm

Land van herkomst:
CN

SKF Seal, 10mm Inside Diameter, 6mm Thickness - 10X20X6 HMS5 RG


This rotary shaft seal is expertly designed for precise sealing applications in both stationary and rotating machine components. With an inside diameter of 10mm and an outside diameter of 20mm, the seal ensures effective protection against oil and grease ingress. Constructed from high-quality nitrile rubber, it can withstand temperatures ranging from -40°C to +100°C, making it suitable for diverse operational conditions.

Features & Benefits


• Rubber outside diameter provides enhanced durability and flexibility
• Single sealing lip with garter spring maintains consistent sealing pressure
• Capable of accommodating misalignment for improved performance
• High pumping rate ensures efficient operation in lubricated environments
• Designed for up to 2,520 r/min rotational speed to handle various applications
• Complies with ISO 6194 and DIN 3760 standards for reliable quality

Applications


• Utilised in automotive machinery for effective lubrication retention
• Employed in various industrial settings to prevent contaminant ingress
• Suitable for hydraulic and pneumatic requiring dependable sealing
• Ideal for machinery where space constraints require compact sealing solutions

How does the nitrile rubber material affect operational efficiency?


The nitrile rubber provides excellent resilience and thermal stability, ensuring the seal maintains its effectiveness even at high temperatures, resulting in prolonged service life and consistent performance under varying operational conditions.

What limitations should be considered regarding circumferential speed?


The specified maximum circumferential speed is 1.31 m/s, so exceeding this limit may lead to premature wear and seal failure, impacting the overall reliability of the application.

How can misalignment issues be mitigated using this seal?


This seal's design allows it to accommodate a degree of misalignment between the shaft and housing, which helps maintain a secure seal and reduces the risk of leakage in applications where alignment may not be perfect.

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