SKF Nitrile Rubber Seal, 12mm ID, 19mm OD, 3mm

SKF Seal, Nitrile Rubber, 12mm Bore - SP-121903/SEAL

Need to prevent the escape of oil or grease from your rotary shaft? This nitrile rubber seal from SKF puts a stop to seepage. Its lip design ensures the lubricant stays inside, where it's needed, while keeping out dust, water and other contaminants. In doing so, it protects and maintains the pressure inside the shaft, ensuring proper function and safety. It's a versatile product you can use for crankshafts, driveshafts or hydraulic cylinders where a rotating shaft is lubricated by oil or grease.

Need to prevent the escape of oil or grease from your rotary shaft? This nitrile rubber seal from SKF puts a stop to seepage. Its lip design ensures the lubricant stays inside, where it's needed, while keeping out dust, water and other contaminants. In doing so, it protects and maintains the pressure inside the shaft, ensuring proper function and safety. It's a versatile product you can use for crankshafts, driveshafts or hydraulic cylinders where a rotating shaft is lubricated by oil or grease.

Features & Benefits

• Nitrile material has excellent resistance to oils and chemicals, to provide a long-lasting seal• Wide operating temperature range between -40°C and +80°C means it withstands harsh industrial environments

• Nitrile material has excellent resistance to oils and chemicals, to provide a long-lasting seal• Wide operating temperature range between -40°C and +80°C means it withstands harsh industrial environments

Applications

• Manufacturing industry• Hydraulics and pneumatics• Automotive manufacturing• Power transmission

• Manufacturing industry• Hydraulics and pneumatics• Automotive manufacturing• Power transmission

What size is the seal?

The seal has an inside diameter of 12mm, an outside diameter of 19mm and is 3mm thick for extra durability.

The seal has an inside diameter of 12mm, an outside diameter of 19mm and is 3mm thick for extra durability.

How does a seal work?

A seal fills the void between two parts. First, you seat it on one part. When you add the second you compress the seal, sandwiching it between the two components to create a secure joint.

A seal fills the void between two parts. First, you seat it on one part. When you add the second you compress the seal, sandwiching it between the two components to create a secure joint.