The 22641 45° BSP Female 60°Cone Fittings feature a 45° angled body with BSP female threads. Their 60° cone design ensures a tight seal, suitable for high - pressure hydraulic systems. Made of materials like carbon steel or stainless steel, they offer durability and corrosion resistance in industrial applications.
The 20491 90° Metric Female 24°Cone O - RING L.T is a specialized fitting. Its 90° angled metric female connection, following international standards, enables flexible and space - saving fluid line routing. The 24° cone, combined with an O - ring, forms a reliable seal, preventing fluid leakage even under high - pressure conditions.
The 20441 45° Metric Female 24°Cone O - RING L.T is a specialized fitting. Its 45° angled metric female connection, compliant with international standards, allows for flexible and precise routing in fluid systems. The 24° cone paired with an O - ring creates a robust seal, preventing fluid leakage under pressure.
The 20411 Metric Female 24°Cone O - RING L.T is a precision - engineered fitting. It features a metric female connection, compliant with international standards, ensuring seamless compatibility with metric - threaded pipes. The 24° cone design, combined with an O - ring, creates a reliable seal, preventing fluid leakage even under high - pressure conditions.
The 10411 is a metric - sized fitting with a female connection. It features a 24° cone seat, designed for secure and leak - tight connections. The "L.T" likely indicates a specific design or application - related characteristic. Ideal for fluid transfer in systems following metric standards, it ensures a reliable seal, especially in hydraulic or pneumatic setups where precision and tight connections are crucial.
The 20511 90° Metric Female 24°Cone O - RING H.T is a high - performance hydraulic fitting. Its 90 - degree angled metric female connection adheres to international standards, allowing for flexible and space - saving routing of fluid lines. This feature is especially useful in complex hydraulic systems where precise layout is crucial.
