Hose fitting

1. A hose fitting comprising:

a body having a connection portion configured for connection to an external component, a tubular nipple portion configured for insertion into an end of a hose, and a union portion joining the nipple portion to the connecting portion;

a socket having a union portion joined against relative axial movement to the union portion of the body and having a crimp portion extending from the union portion of the socket, the crimp portion surrounding at least a portion of the tubular nipple portion of the body; and

a swage collar having a tapered inner surface that radially inwardly deforms the socket when the swage collar is moved axially over the socket to retain a hose between the socket and the nipple portion of the body;

wherein the crimp portion of the socket is joined to the union portion of the socket by an annular reduced thickness wall portion, whereby the transfer of torsional forces acting on the crimp portion of the socket relative to the union portion of the socket is reduced; and

wherein the socket has an inner surface that is radially inwardly tapered going in a direction of the union portion of the socket in an uncrimped state of the crimp portion.

2. The hose fitting of claim 1 , wherein the inner surface of the socket includes one or more barbs for crimping the hose, the barbs being radially inner crests having progressively decreasing radial spacing from a center axis of the socket going in the direction of the union portion of the socket in an uncrimped state of the crimp portion.

3. The hose fitting of claim 1 , including an indicator that provides a visual indication of whether the swage collar is fully seated relative to the socket.

4. The hose fitting of claim 1 , wherein the reduced thickness wall portion is formed by an annular groove in a wall of the socket.

5. The hose fitting of claim 1 , wherein the swage collar is axially telescopically slidable over the crimp portion without rotation.

6. The hose fitting of claim 1 assembled to a hose.

7. The assembly of claim 6 , wherein the crimp portion of the socket is held in a crimped position by the swage collar.

8. The assembly of claim 7 , wherein the swage collar is in contact with the crimp portion of the socket substantially over a full length of the swage collar.

9. The hose fitting of claim 1 , wherein an outer surface of the crimp portion of the annular socket is cylindrical in an uncrimped state of the crimp portion.

10. The hose fitting of claim 9 , wherein the inner surface of the socket includes one or more barbs for crimping the hose, the barbs being radially inner crests having progressively decreasing radial spacing from a center axis of the socket from front to rear in an uncrimped state of the crimp portion.

11. The hose fitting of claim 9 , including an indicator that provides a visual indication of whether the swage collar is fully seated relative to the annular socket.

12. The hose fitting of claim 9 , further including an axially extending bore through the body.

13. A hose fitting assembly comprising the hose fitting of claim 9 and a hose, the hose having an end received between the crimp portion and the nipple portion, and wherein the crimp portion is crimped radially inwardly around the end of the hose by the swage collar telescoped over the crimp portion.

14. A method of assembling the hose fitting of claim 1 to a hose, comprising:

connecting an end of the hose to the nipple portion of the body;

surrounding at least a portion of the end of the hose with the crimp portion of the socket; and

pressing the swage collar over the socket to crimp the hose between the nipple portion of the body and the crimp portion of the socket.

15. The method of claim 14 , wherein the pressing of the swage collar includes axially telescopically sliding the swage collar over the socket without substantial rotation.

16. The method of claim 14 , wherein the pressing of the swage collar is effected by a handheld crimping mechanism.