(15) The SHF ring resembles a regular SH ring except that it is designed to function on a shaft without a groove. The design of the ring causes it to exert significant gripping power uniformly on the shaft (except where the gap occurs.)
(7) The RG makes indentations on either side of the groove once installed which significantly increases its holding power. It can also be installed directly against the face of the retained part. virtually eliminating end play. Automated installation using a Rock Kick Jr. pneumatic installation tool. (Note; this product works only on "soft" shafts.)
(14) This ring features an outer rim with a series of prongs protruding into the centre. The ends create interference with the shafts when the ring is installed and a load introduced to the other side. The outer rim of the TX is curved. The curved rim of the TX affords greater thrust load capacity than the TY and is easier to orient for assembly.
(16) This ring features an outer rim with a series of prongs protruding into the centre. The ends create interference with the shafts when the ring is installed and a load introduced to the other side. The outer rim of the TY is flat.
(18) The internal version of the TY featuring a series of prongs protruding outward. The ends create interference with the housing when the ring is installed and a load introduced to the other side.
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