Elbow fittings ( inch-metric ) 

Elbow fittings with locknut 

Bodies of inch-metric elbow fittings. Elbow fittings are relatively low and can be used in situations where there is not much space. Elbow fittings of this type have on the connection side British Standard Pipe (BSP) thread on the other side, at the hose connection point, they have an external metric thread with a 24-degree cone ( standard cone for metric threads ). Inch-metric fittings are used for connecting elements to an actuator or a control valve, which most often has inch threads. Construction : galvanized free-cutting steel. 

Adjustable connection elbows. 

Depending on the manufacturer, this type of elbow fitting is called differently and may appear under various names :  Adjustable elbow connection with BSP thread with locknut / Adjustable din male stud elbow with o-ring and washer - thread BSP parallel. We also offer fittings : inch, metric, jic, orfs and others. 

Inch-metric elbow fittings (BSP/M) are hydraulic elbow connectors that allow joining components with different thread types – inch (BSP) and metric. Their elbow design allows changing the direction of medium flow at a 90-degree angle, which is particularly useful in systems with limited mounting space. They are made of high-quality materials resistant to corrosion and mechanical damage. Thanks to precise manufacturing, they guarantee connection tightness, minimizing the risk of leaks. Their versatility allows for integration into hydraulic systems with various thread standards, which increases installation design flexibility.

Application of elbow connectors 

Where are elbow connectors used and applied ? These fittings are widely used in power hydraulics, especially in industrial, agricultural, and construction machinery. They enable efficient connection of hydraulic hoses and components in places where space is limited and a change in flow direction is necessary. They are indispensable in situations requiring the connection of elements with different thread standards, ensuring system compatibility and integrity.