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O-ring NBR - 60 Shore A

O-ring NBR - 60 Shore A
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Product Colour Material Hardness Certification Stock From price
O-Ring 126.6x3.53 - NBR - Nitrile - 60 Shore A - Black - ORS129411
O-ring 126.6 mm x 3.53 mm Black NBR - Nitrile 60 Shore A None 2223   € 1,08 Details
O-Ring 126.67x2.62 - NBR - Nitrile - 60 Shore A - Black - ORS129412
O-ring 126.67 mm x 2.62 mm Black NBR - Nitrile 60 Shore A None 1860   € 0,74 Details
O-Ring 145.42x6.99 - NBR - Nitrile - 60 Shore A - Black - ORS129413
O-ring 145.42 mm x 6.99 mm Black NBR - Nitrile 60 Shore A None 917   € 3,07 Details
O-Ring 10.52x1.83 - NBR - Nitrile - 60 Shore A - Black - ORS129414
O-ring 10.52 mm x 1.83 mm Black NBR - Nitrile 60 Shore A None 82449   € 0,04 Details
O-ring 55 x 2,5 - NBR - Nitrile - Buna - 60 Shore A - Black
Black NBR - Nitrile - Buna 60 Shore A 490   € 0,34 Details
O-ring 258 x 6 - NBR - Nitrile - Buna - 60 Shore A - Black
Black NBR - Nitrile - Buna 60 Shore A 1   € 4,53 Details
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What Is an O-ring NBR - 60 Shore A?

An O-ring NBR - 60 Shore A is a sealing ring made from nitrile rubber with a hardness of 60 Shore A. These O-rings are renowned for their excellent resistance to oils, fuels, and aliphatic hydrocarbons, making them widely used in the automotive and aviation industries.

The hardness of 60 Shore A provides the O-ring with good flexibility, allowing it to effectively seal in lower pressure applications and conform well to surfaces. NBR O-rings also resist wear and offer good mechanical properties, making them suitable for dynamic applications.

An O-ring NBR - 60 Shore A operates effectively within a temperature range of -40°C to +120°C. While they exhibit less resistance to ozone, UV radiation, and weathering compared to other elastomers, they still provide an excellent balance between performance and cost-effectiveness, making them a popular choice for various industrial applications.

Properties of an NBR 60 O-ring

The properties of an O-ring NBR - 60 Shore A include excellent resistance to oils, fuels, and aliphatic hydrocarbons, making them ideal for automotive and industrial applications. With a hardness of 60 Shore A, these O-rings are flexible and can effectively seal in lower pressure applications while conforming well to irregular surfaces.

In comparison to an O-ring NBR - 70 Shore A, which is harder and less flexible, the 60 Shore A variant offers better performance in lower pressure and higher compression scenarios. Conversely, an O-ring NBR - 70 Shore A provides greater wear resistance and performs better in dynamic applications.

O-rings NBR - 90 Shore A are even harder and are used in applications involving high pressure and mechanical stress, but they lack the flexibility of the 60 Shore A variant. This makes an O-ring NBR - 60 Shore A particularly suitable for applications requiring a combination of flexibility and oil resistance.

Advantages of O-ring NBR - 60 Shore A

The benefits of an O-ring NBR - 60 Shore A are numerous, making them a popular choice in various industrial applications. These O-rings offer excellent resistance to oils, fuels, and aliphatic hydrocarbons, making them ideal for use in the automotive and aviation industries.

The hardness of 60 Shore A provides an optimal balance between flexibility and strength, allowing them to effectively seal in lower pressure applications and conform well to irregular surfaces. Additionally, NBR O-rings are wear-resistant and exhibit good mechanical properties, ensuring long life and reliability in dynamic applications.

The temperature range of -40°C to +120°C makes an O-ring NBR - 60 Shore A suitable for diverse environments. Moreover, NBR O-rings are cost-effective, making them an economical choice without compromising on performance and quality.

Applications of O-ring NBR - 60 Shore A

The applications of an O-ring NBR - 60 Shore A are diverse, thanks to their excellent resistance to oils, fuels, and aliphatic hydrocarbons. These O-rings are widely used in the automotive sector for seals in engines and fuel systems, as well as in the aviation industry. Their flexibility and adaptability make them ideal for low-pressure applications and surfaces with irregularities.

In comparison, an O-ring NBR - 70 Shore A offers greater wear resistance and strength, making it better suited for dynamic applications with higher pressure and mechanical loads. On the other hand, O-rings NBR - 90 Shore A are even harder and are used in heavy-duty industrial applications where high pressure and mechanical stress occur, but they lack the flexibility of the 60 Shore A variant.

Therefore, an O-ring NBR - 60 Shore A is often chosen for applications where a combination of flexibility, oil resistance, and adaptability is essential, while the 70 and 90 Shore A variants perform better in moderately and heavily loaded environments, respectively.

Disadvantages of O-ring NBR - 60 Shore A

The drawbacks of an O-ring NBR - 60 Shore A include several limitations that may affect their suitability for certain applications. These O-rings have relatively low resistance to ozone, UV radiation, and weather conditions, making them less suitable for outdoor applications. Additionally, they offer limited resistance to strong acids, bases, and aromatic hydrocarbons, which reduces their chemical resistance in aggressive environments.

The hardness of 60 Shore A, while beneficial for flexibility, can also mean that they are less resistant to wear and may wear out faster under high pressure and dynamic applications compared to harder variants like 70 Shore A or 90 Shore A. Therefore, an O-ring NBR - 60 Shore A may not be the best choice for heavy-duty industrial applications where higher pressure and mechanical stress are required. These drawbacks should be carefully considered when selecting the right sealing material for specific applications.

Need advice on choosing the right material? Contact one of our specialists for assistance.