20411-T Metric Female 24°Cone O-Ring L.T. Fittings

Description:

The 20411 female 24-degree cone light hydraulic hose fitting features a female metric thread and an O-ring seal, providing a robust connection between hoses and tubes. These 20411 fittings are widely utilized in medium to high-pressure hydraulic fluid systems.

10511 Metric Male 24° Cone Seat H.T. Fittings

Description:

The 10511 male metric thread heavy hydraulic fitting is a straight male hose fitting featuring a 24-degree metric thread, designed to establish a leak-proof connection between two components. This metric hydraulic hose fitting is available in a wide variety of sizes and dimensions, making it suitable for various fluid systems.

10411 Metric Male 24° Cone Seat L.T. Fittings

Description:

The 10411 male metric thread light hydraulic fitting is a straight male hose fitting featuring a 24-degree metric thread, designed to establish a leak-proof connection between two components. This metric hydraulic hose fitting is available in a wide variety of sizes and dimensions, making it suitable for various fluid systems.

10811L Metric 90° Cone Straight Pipe Connection

Description:

The 10811L metric hose connector is a male metric hose fitting featuring a male 90-degree cone thread, designed to form a secure seal that prevents leakage. This 90-degree cone seat metric hose coupling is a dependable and commonly used coupling in both hydraulic and pneumatic systems.

20791 Metric 90 Elbow Female 74° Cone Hydraulic Pipe Fittings

Description:

The 20791 metric 74-degree cone seat hose fitting is a type of hydraulic elbow fitting to connecting a hose to a tube or other components in a hydraulic system. The 74° cone seat denotes the angle of the fitting’s cone-shaped end.

20741 Metric 45 Elbow Female 74° Cone Hydraulic Pipe Fittings

Description:

The 20741 metric 74-degree cone seat hose fitting is a type of hydraulic elbow fitting to connecting a hose to a tube or other components in a hydraulic system. The 74° cone seat denotes the angle of the fitting’s cone-shaped end.

20711 Metric Female 74° Cone Hydraulic Pipe Connections

Description:

The 20711 metric 74-degree cone seat hose fitting is a hydraulic fitting utilized for connecting a hose to a tube or other components in a hydraulic system. The 74° cone seat denotes the angle of the fitting’s cone-shaped end.

10711 Metric Male 74° Cone Hydraulic Pipe Fittings

Description:

The 10711 metric 74-degree cone seat hose fitting is a hydraulic fitting designed to connect a hose to a tube or other components within a hydraulic system. The term 74° cone seat describes the angle of the conical end of the fitting.

20191-T 90° Elbow Metric Female Multiseat Hose Fittings

Description:

The 20191/20191-T metric multiseal hose fitting features various seal types that ensure a robust seal to prevent leakage. Female multi-seal metric hose fittings are specifically engineered to connect a hydraulic hose to a fluid system through a socket equipped with multiple seals.

20111-T Metric Female MultiSeat Hydraulic Hose Fittings

Description:

The 20111/20111-T metric multiseal hose fitting is equipped with various types of seals that ensure a reliable barrier against leakage. These female multi-seal metric hose fittings are intended for connecting a hydraulic hose to a fluid system via a socket that incorporates multiple seals.

20141-T 45° Elbow Metric Female Multiseat Hose Fittings

Description:

The 20141/20141-T 45-degree metric multiseal hose fitting features various types of seals that provide a robust barrier against leaks. These female multi-seal metric hose fittings are specifically designed to connect a hydraulic hose to a fluid system through a socket equipped with multiple seals.

20691-T 90° Elbow Metric Female 60° Cone Hose Fitting

Description:

The 20691 female 90-degree elbow hydraulic metric thread hose fitting is equipped with a 60-degree cone metric thread, allowing it to connect with a matching 60-degree cone male thread. This design facilitates a secure seal between the two tapered surfaces, ensuring effective performance.