SKF Nitrile Rubber (NBR) Seal, 18 mm ID, 35 mm OD, 7 mm

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TWD348.00

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TWD365.40

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RS庫存編號:
267-3594
製造零件編號:
18X35X7 HMSA10 RG
製造商:
SKF
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品牌

SKF

Product Type

Seal

Inside Diameter

18 mm

Outside Diameter

35 mm

Seal Type

Rotary Shaft Seal

Thickness

7mm

Seal Material

Nitrile Rubber (NBR)

COO (Country of Origin):
CN

SKF 18X35X7 HMSA10 RG Seal, 18mm Inside Diameter, 35mm Outside Diameter - 18X35X7 HMSA10 RG


This seal is a rotary shaft seal designed for optimal sealing between rotating and stationary components. With an inside diameter of 18mm and an outside diameter of 35mm, it features a thickness of 7mm. The construction utilises nitrile rubber, making it suitable for various operational environments. This seal is engineered to perform effectively under a wide range of temperatures, from -40°C to +100°C.

Features & Benefits


• Designed with a rubber outside diameter enhances durability and sealing efficiency

• Incorporates a conventional sealing lip ensures effective sealing for reliable performance

• Features a garter spring provides a strong and reliable fit, ensuring proper pressure

• Includes an auxiliary lip prevents contamination for cleaner operation

• Accommodates misalignment increases operational reliability and flexibility

Applications


• Utilised for sealing between rotating and stationary machine components

• Ideal for use in automation and mechanical systems

• Compatible with industrial equipment requiring reliable sealing solutions

• Effective in environments subjected to pollutants and dust

What are the operating limits regarding temperature and speed?


This seal operates efficiently within a temperature range of -40°C to +100°C and can handle a maximum circumferential speed of 3.7m/s, accommodating short periods up to 120°C.

How does the design cater to challenging environments?


The incorporation of a dust lip alongside a non-contacting auxiliary lip significantly enhances contamination exclusion, ensuring longevity in polluted settings.

Is it viable for applications involving misalignment?


Yes, the design includes features that allow for accommodation of misalignment, contributing to its resilience and operational effectiveness across various applications.

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