Internal

Internal SAE Phosphated Beveled Retaining Ring VHO-0315-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...

Internal SAE Phosphated Beveled Retaining Ring VHO-0312-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...

Internal SAE Phosphated Beveled Retaining Ring VHO-0306-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...

Internal SAE Phosphated Beveled Retaining Ring VHO-0300-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...

Internal SAE Phosphated Beveled Retaining Ring VHO-0295-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...

Internal SAE Phosphated Beveled Retaining Ring VHO-0287-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...

Internal SAE Phosphated Beveled Retaining Ring VHO-0281-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...

Internal SAE Phosphated Beveled Retaining Ring VHO-0275-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...

Internal SAE Phosphated Beveled Retaining Ring VHO-0268-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...

Internal SAE Phosphated Beveled Retaining Ring VHO-0256-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...

Internal SAE Phosphated Beveled Retaining Ring VHO-0250-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...

Internal SAE Phosphated Beveled Retaining Ring VHO-0244-PA

These rings look exactly like their HO counterpart except they have a 15º angle on the outer edge. This combines with a complementary groove angle to eliminate end play by wedging itself between the groove and the retained partWith regards to the VHO...