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Keyless fastening bushing with flange and cylindrical bore · SKF PHF F-3-15/16
SKF PHF F-3-15/16 taper bushings and components

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SKF PHF F-3-15/16 taper bushings and components

Manufacturer part numberPHF F-3-15/16Also known as: PHF F 3 15/16
Brand
SKF
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Description

SKF PHF F-3-15/16 belongs to taper bushings and components, part of our Power transmission range. Tell us how many you need by WhatsApp or email and we'll get back to you promptly with a quote for PHF F-3-15/16 and any equivalents.

A SKF PHF F taper bushing is a shaft-to-hub fastening device that eliminates the need for keyways or press fits when mounting pulleys, gears, and similar components on cylindrical shafts. It sits between shaft and hub; tightening the screws draws the tapered surfaces together, gripping the shaft and expanding into the hub to form a secure yet removable connection. This makes it a practical choice in power transmission where accurate centering and straightforward replacement matter.

The code PHF F-… breaks down simply: PHF denotes the SKF taper bushing series, F indicates the design variant, and the trailing number gives the nominal shaft size in inches. That is why items such as PHF F-1, PHF F-1-1/8, PHF F-1-1/4, PHF F-1-3/8, PHF F-1-1/2, PHF F-1-5/8, and PHF F-1-3/4 all appear in the range—they share the same mounting principle and differ only by shaft diameter. Fractional suffixes like PHF F-1-3/16 cover intermediate sizes that basic lines may not include.

In industrial settings, these bushings are found on belt pulleys, conveyor hubs, fans, pumps, mixers, and process equipment. They also show up in agricultural machinery, packaging lines, and internal transport systems, where being able to swap a component without dismantling the entire shaft is a real advantage. Maintenance teams in food, chemical, and materials plants rely on them because pulleys or gears can be replaced without lathe work or extra fitting.

Selection starts with the actual shaft diameter and the hub you intend to mount. The code must match both. Inspect the shaft surface for burrs or wear, and make sure the taper faces are clean. Lubricating the threads and taper promotes even tightening; follow the manufacturer's screw sequence and verify torque with a torque wrench. Proper alignment between shaft and hub reduces vibration and extends assembly life.

Interchangeability among taper bushings of this type depends on shaft size and compatible hub, not on brand. Other manufacturers offer equivalent geometries, but confirm diameter, length, and screw count before substituting one for another. If the hub or pulley is already set up for a taper bushing, the most practical route is to retain the same code and check that the new bushing seats in the taper without play.

If you have the bushing code, send it via WhatsApp to MR Industrial Accessories along with the shaft diameter and a photo of the hub. With that information, we confirm an equivalent option and provide a quote. MR supplies SKF as part of its power transmission line, so you can resolve your inquiry in a single contact.

Dimensions

Dimensions and tolerances: Message us the part number on WhatsApp and we'll verify its dimensions and version with the manufacturer's datasheet.

Frequently asked questions

How do I determine the correct taper bushing size?
Measure the shaft diameter at the mounting point and the hub bore. The PHF F-… code must match the shaft; if the hub is already prepared for a taper bushing, keep the same code and verify that it fits without play.
Can I replace a taper bushing with one from a different brand?
In many cases yes, provided the shaft diameter, length, and number of screws match. Do not rely solely on the code: compare the actual taper and hub dimensions before mounting, as small differences can cause play or insufficient tightening.
What should I watch for during installation?
Clean the shaft and taper thoroughly, check for burrs or wear, and lubricate the threads. Tighten the screws in the specified sequence using a torque wrench. Poor alignment or uneven tightening are the most common causes of failure.
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