SKF P2BTC 100-CPSS-DFH Pillow Block Bearing -, 25.4 mm ID

SKF short base pillow block ball bearing units are also commonly known as plummer Y-bearings contain an insert bearing that is encased in a reinforced polypropylene housing. Pillow block units are a type of housed bearing unit commonly used in applications that require smaller bearing units for limited spaces. This bearing unit has an inside diameter of 25mm and an overall length of 110mm which is suitable for applications in small areas.

• Designed with hygienic features and food safe materials such as reinforced polypropylene which is suitable for use in wet conditions.

SKF’s dedicated Food Line range bearings are specifically created for use in food and beverage industry applications. Typical applications of short base pillow block ball bearing units include machinery that requires regular maintenance in industries such as food, construction, and agriculture.

Bearing failure can be caused by various factors, such as misalignment, looseness, and unbalance. To prevent bearing failure, it is vital to select the right bearing for the desired application by identifying the application machine operating conditions.

The SKF Food Line Range of ball bearings and bearing units provide high-performance products that are hygienic and durable. SKF’s Food Line Range is perfect for demanding food and beverage environments and allow you to get the best performance out of your manufacturing equipment such as industrial mixers. SKF’s Food Line Range of bearings and bearing units prevent bacteria growth and corrosion through thorough and frequent washdowns.

Food Line Range bearing units are made from reinforced polypropylene housings which ensures hygiene and safety in wet conditions. This dedicated food range was developed to address the need for hygienic bearings, they do not collect and grow bacteria and can be used safely and efficiently. SKF’s Food Line range addresses environmental concerns regarding contaminants and lubricants as this range of products offer the potential for a relubrication-free solution.