SKF PCMF 101207 E 10mm Bore Plain Bearing, 25000N Axial Load Rating, 12.5kN Radial Load Rating, 12mm O.D

SKF Plain Bearing, 3g Weight, 7mm Width, 10mm Bore, 12mm OD - PCMF 101207 E

Choose this plain bearing from SKF for dependable long-term performance from shafts in turbines and rotors. It's an ideal choice for supporting smooth rotational, linear and oscillating functions. The unit's designed to keep its cool as it works, thanks to a high surface-area-to-air ratio that prevents heat build-up and keeps things rubbing cool. Rest assured extreme industrial settings are no match for this assembly, as it delivers reliable performance in a wide temperature range between -200°C and +250°C.

Choose this plain bearing from SKF for dependable long-term performance from shafts in turbines and rotors. It's an ideal choice for supporting smooth rotational, linear and oscillating functions. The unit's designed to keep its cool as it works, thanks to a high surface-area-to-air ratio that prevents heat build-up and keeps things rubbing cool. Rest assured extreme industrial settings are no match for this assembly, as it delivers reliable performance in a wide temperature range between -200°C and +250°C.

Features & Benefits

• High static axial load rating of 2.5kN for use with heavy-duty applications• Precise bore size of 10mm for wide compatibility• Hard-wearing composite PTFE material resists corrosion, mechanical stress and impact to deliver long service

• High static axial load rating of 2.5kN for use with heavy-duty applications• Precise bore size of 10mm for wide compatibility• Hard-wearing composite PTFE material resists corrosion, mechanical stress and impact to deliver long service

Applications

• Textile industry• Automotive manufacturing• Packaging equipment

• Textile industry• Automotive manufacturing• Packaging equipment

How much does this plain bearing weigh?

The device tips the scales at just 3g, so you can be sure it won't put strain on a small system.

The device tips the scales at just 3g, so you can be sure it won't put strain on a small system.

What's the maximum sliding velocity this component can handle?

The bearing withstands a maximum sliding velocity of 2m/s, so it's an ideal option for jobs that call for speedy linear movement.

The bearing withstands a maximum sliding velocity of 2m/s, so it's an ideal option for jobs that call for speedy linear movement.