SKF Nitrile Rubber Seal, 40mm ID, 55mm OD, 7mm

This seal serves as a rotary shaft seal, designed specifically for applications involving oil or grease. With an inside diameter of 40mm and an outside diameter of 55mm, it has a thickness of 7mm, making it ideal for accommodating various mechanical components. Crafted from nitrile rubber, it is suitable for high temperatures and provides effective sealing in demanding environments.

• Designed with a rubber outside diameter ensures robust performance and reliable sealing
• Single sealing lip ensures effective sealing against oil and grease for improved protection
• Equipped with a garter spring maintains radial load for consistent sealing pressure
• High permissible circumferential speed of 6.93m/s supports efficient performance at high speeds
• Operates within a temperature range of -40°C to +100°C ensures functionality across a wide temperature range

• Utilised in mechanical systems to prevent fluid leakage
• Suitable for use with rotating and stationary components
• Designed for industrial requiring reliable sealing
• Commonly used in machinery operating in high-temperature environments

The seal is made from nitrile rubber, which offers excellent resistance to oil and grease, ensuring longevity and effective sealing in high-temperature conditions. This material choice enables the seal to perform efficiently in varying operational environments.

The conventional sealing lip design allows for effective contact with the shaft, minimising the risk of fluid leakage. This design also allows for flexibility and adaptability in maintaining contact during motion, enhancing overall sealing effectiveness.

Regular inspections are recommended to ensure that the seal remains intact and free from wear. It is also important to monitor operational temperatures and speeds to ensure they remain within specified limits for optimal performance.

This seal can accommodate a circumferential speed of up to 6.93m/s, which is crucial in applications with rapid rotational movements. Adhering to this limit helps to prevent overheating and potential failure due to excessive friction.

It is designed for operation in harsh environments, such as those found in the industrial sector, where temperatures can range from -40°C to +100°C, making it suitable for various mechanical and automotive applications.