Crimp Fittings

1 x 1" Pulsar 8600 Series Hose Barb - Female BSPP Swivel 90° Elbow 86926-16-16

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

2" Pulsar 8600 Series Six Wire Interlock Ferrule 8660-32

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1-1/2" Pulsar 8600 Series Six Wire Interlock Ferrule 8660-24

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1-1/4" Pulsar 8600 Series Six Wire Interlock Ferrule 8660-20

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

2 x 2" (3.13" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 45° Elbow 8649H-32-32

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1-1/2 x 1-1/2" (2.50" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 45° Elbow 8649H-24-24

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1-1/4 x 1-1/4" (2.13" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 45° Elbow 8649H-20-20

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1 x 1-1/4" (2.13" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 45° Elbow 8649H-20-16

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1 x 1" (1.88" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 45° Elbow 8649H-16-16

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

3/4 x 3/4" (1.63" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 45° Elbow 8649H-12-12

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1-1/4 x 1-1/4" (2.13" Flange) Pulsar 8600 Series Hose Barb - CAT® Style Flange 45° Elbow 8649C-20-20

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1 x 1-1/4" (2.13" Flange) Pulsar 8600 Series Hose Barb - CAT® Style Flange 45° Elbow 8649C-20-16

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...