A roller bearing having a tapered bore is mounted on a straight shaft using either an Adapter Sleeve assembly, or a Withdrawal Sleeve. Mounting a bearing on a sleeve also permits maximum flexibility in the axial positioning of the bearing on the shaft and can accommodate light locational thrust loads. Both the Adapter and the Withdrawal Sleeves have cylindrical bore and tapered outer surface, with threading on one side of the outer surface, and are slit along the length. While the Adapter Sleeve has the threading on the small diameter side of the taper, the Withdrawal Sleeve has the threading on the larger diameter side. Thus, the Adapter Sleeve facilitates easy mounting of the bearing, while the Withdrawal Sleeve is normally used to ensure easy dismounting of the bearing, hence it's name.

These nuts are used for the detection of location of bearings and other components onto a shaft or adapter sleeve. One of the other utility of these are escalating bearings on the tapered shaft seats and descending bearings from the withdrawal sleeves.

Unintentional loosening of these locknuts are prevented by securing these nuts. The nuts are thus fitted with a locking device that engage a keyway in the shaft or a key slot in the adapter sleeve, or by a unique mechanism integrated in the nut that locks the nut.

It is better used with an integrated locking system as it is cost effective, reducing the cost of the keyway in the shaft. This also facilitates quicker installation as no separate locking device is needed.

These washers are one of the simple but important elements that are reliable for fastening elements which engage a keyway in the shaft or key slot in the adapter sleeve.

These washers are used to lock the nut in a fixed position when one of the washer tabs are bent into a slot on the nut.

These are fitted between machine parts in relative rotations; their name indicating that these are seals designed in form of ring that separate oil or grease present inside from the outer particles like dirt, water and dust. Mainly comprising of elastomeric diaphragm, shaped in the formation of a lip is reinforced with co-vulcanized metal insert. A Greater Spring energizes the sealing lip.

A roller bearing having a tapered bore is mounted on a straight shaft using either an Adapter Sleeve assembly, or a Withdrawal Sleeve. Mounting a bearing on a sleeve also permits maximum flexibility in the axial positioning of the bearing on the shaft and can accommodate light locational thrust loads. Both the Adapter and the Withdrawal Sleeves have cylindrical bore and tapered outer surface, with threading on one side of the outer surface, and are slit along the length. While the Adapter Sleeve has the threading on the small diameter side of the taper, the Withdrawal Sleeve has the threading on the larger diameter side. Thus, the Adapter Sleeve facilitates easy mounting of the bearing, while the Withdrawal Sleeve is normally used to ensure easy dismounting of the bearing, hence it's name.

These nuts are used for the detection of location of bearings and other components onto a shaft or adapter sleeve. One of the other utility of these are escalating bearings on the tapered shaft seats and descending bearings from the withdrawal sleeves.

Unintentional loosening of these locknuts are prevented by securing these nuts. The nuts are thus fitted with a locking device that engage a keyway in the shaft or a key slot in the adapter sleeve, or by a unique mechanism integrated in the nut that locks the nut.

It is better used with an integrated locking system as it is cost effective, reducing the cost of the keyway in the shaft. This also facilitates quicker installation as no separate locking device is needed.

These washers are one of the simple but important elements that are reliable for fastening elements which engage a keyway in the shaft or key slot in the adapter sleeve.

These washers are used to lock the nut in a fixed position when one of the washer tabs are bent into a slot on the nut.

These are fitted between machine parts in relative rotations; their name indicating that these are seals designed in form of ring that separate oil or grease present inside from the outer particles like dirt, water and dust. Mainly comprising of elastomeric diaphragm, shaped in the formation of a lip is reinforced with co-vulcanized metal insert. A Greater Spring energizes the sealing lip.